Part II 1
LIFC etter from the CEO The entire Astrodyne team wants to thank you for your continued vote of confidence over the past year. It is an exciting time at Astrodyne as we accelerate our new product development efforts for traditional product lines as well as in the ultra high reliability “RO” portfolio and our new line of low leakage medical adapter products from our recent acquisition “Jerome Industries”. Additionally, we have recently added significant additional capacity to our manufacturing facilities and we have expanded our design centers in California and Taiwan. You can be assured that these efforts are dedicated to our basic principle of satisfying our customers with innovative technology, superior quality, and best in class service. We are also energized by the opportunities we will pursue going forward. We will continue to increase our product offering with an expanded range of power options, packaging alternatives and environmentally responsible designs. We will qualify our production operation to comply with new medical certifications and we will aggressively add engineering resources to facilities in the United States and Asia. Our workforce remains passionate about what they do, striving for technical excellence and uncompromising integrity. As our partners you will help direct us on a path that adds value to your products and your businesses. Our commitment is to be flexible, professional and responsive when you come to us seeking a power solution.
10.75
Sincerely,
Peter J. Murphy President & CEO Astrodyne Corporation pmurphy@astrodyne.com
2
8
Table of Contents 167 3
28
Principles of Power
ECA MCA
Alternative Energy
180
TS200 TS400 TS700 TS1000/1500 41
Lighting Power
LPC20 LPV20 ELN30 LPC35 LPV35 PLN30/60 OLP48 ELN60 LPC60 LPV60 CLG100 PLN100 CLG150 HLG240/H 80
Encapsulated
Open Frame
EFM ASL10/15 OFM20 PS/PD25 LPS PS/PD/PT45 ASL40/60 PS/PD/PT65 ASL150 ASL365 BSL40 BSL60 PQ100/PPQ1003 LPP PD110 PPS125 PPT125 PMK130 PMK150 PMK225U PMK450U PWC PWC12
Medically Approved
EMA MMA EFM/M ASM10/15 MPS30 MP45 ASM40/60 ASM150 ASM365 BSM40 BSM60 MMK PMMK130 PMMK150 PMMK225 PMMK320 PMMK450 AMP1201 AMP1501 AMP300 ASA30M AMP6301 AMP500 AMP101 MP200 278
DIN Rail ( Part II Begins )
MDR DR DR75/120 SDR240 DRP480 297
External
SPU10 SPU12A SPU16 SPU20 SPU25A ASA30 SPU31 SPU46 SPU63
Continued
Table of Contents
External (Continued)
SPU68 SPU80 SPU131 VPU10 VPU11 VPU15 VPU26 VPU40 VPU60 334
Enclosed
PV15 RS25 RS/RD35 R50 R65 RS75 R85 RS100 R125 RS150 MK PMK150E/D PMK225E/D PMK320E/D PMK450E/D SP/TP75 SP/TP/QP100 SP/TP/QP150 SP/QP200 SP240 SP PSP RSP RSP1500 SCP
*Liability Waiver:
All specifications in this catalog are typical at nominal input, full load and 25°C unless otherwise noted. Items noted with an asterisk (*) are stress ratings. Exposure of the devices to any of these conditions may adversely affect long term reliability. Proper operation under conditions other than the standard operating conditions is neither warrantied nor implied.
433
High Density
DU1P0 ASD105 ASD03 ASD35 VKC03 ASD06 ASD ASDH ASD05 ASD08 ASD15/15H LED/LCD15 FED20 ASD20 ASD30 FEC40 ASD50 ASD75EB ASD150QV 481
High Reliabilty/COTS
Application Notes SMV-28-500 PFC PV300 PicoVerter® ASD75Q ASD100W NV300 NanoVerter® ASD150QB SV28 SuperVerter® SV48 SuperVerter® UV28 MicroVerter® UV48 MicroVerter® UV24-164 MicroVerter® UV48-164 MicroVerter® UV300-164 MicroVerter® UV300 MicroVerter® MV380 MegaVerter® MV24-28-600S 548
Jerome
556
Other Products Available
557
Custom Order Capabilities
560
Glossary
548
Price List
568
Product Index
Principles of Power Conversion AC/DC Power Conversion 4
Linear Vs. Switch Mode Power Conversion
Linear Power Supply Linear Vs. Switching Power Supply Comparison
6
AC/DC Power Conversion
AC/DC Power Conversion Topologies Basic AC/DC Switching Topology Universal Input Power Factor Correction Passic PFC Active PFC
8
DC/DC Power Conversion Topologies
Non-Isolated DC/DC Converters Buck Converter Boost Regulator Isolated DC/DC Converter Topologies Forward converter Two-Switch Forward Converter Push-Pull Converter Half Bridge Converter Full Bridge Converter
DC/DC Application
Unregulated DC/DC Converters
12
Other Important Conversion Principles
Multiple Output Switchers Synchronous Rectification
13
Key Switching Power Supply Considerations
Input Voltage and Frequency Inrush Current Leakage Current DC Input Voltages Input.Output Isolation Output Voltage Tolerance and Adjustment Output Voltage Trim Tmperature Coefficient Maximum Output Current/Power Ripple and Noise Line and Load Regulation Minimum Load Balanced Loading Setup Time, Rise Time and Hold Up Time Switching Frequency Efficiency EMC, EMI and RFI Over Current/Over Load Protection Over Voltage Protection Output Power Derating Factors Output Power Rating Vs. Temperature Output Power Rating Vs. Input Voltage
Remote On/Off Control Operation Idle Current Series Operation Parallel Operation for Increased Power Output Parallel Operation for Redundancy Input Surge Suppression Lightning Environments
20
Power Supply Package Styles
Open Frame U-Channel and Enclosed Encapsulated Modules DIN Rail Mount External Power Adapters Specialty LED Lighting
21
DC/DC Converter Package Types
Single In-Line Package (SIP) Dual In-Line package (DIP) Modular and Open Frame Packages Large Format Open Frame with Case High Density Brick Packages Input Fusing
22
Reliability Considerations
Operating Temperature and Derating Factors Reliability and Lifetime MTBF Reliability Prediction Thermal Budget Considerations Thermal Management
Safety and Regulatory Standards 26
Common Power-Related Specifications
26
Essential Safety Specification Definitions
Isolation/Electrical Strength Creepage and Clearance Spacing Requirements Insulation Strength Leakage Current
Service and Support
• Experienced Engineers ready to talk • From Stock to Distribution - JIT Shipping Schedules • Over 4,000 Models and Over 150,000 Stock Items
Technical Capabilities • Standard and Custom Product Engineering
• High Volume Production and Testing • Full Ratings and Compliance – including RoHS 2002/95/AC
DIN RAIL mount supplies In factory automation and process control, functional modules such as power supplies use DIN rail mounting to simplify installation and maintenance. Mounting clips enable modules to snap onto the rails quickly and easily, and electrical connections are hard wired using press-fit or screw-terminal connectors. Generally deployed in industrial environments, DIN rail power supplies feature robust packaging. Supplies are typically fully enclosed or cage enclosed modules. Most DIN rail power supplies are AC/DC models featuring universal, 90 to 264 Vac inputs and DC outputs. However, DC/DC converters are also available for DIN rail mounting and these typically offer 9 to 144 Vdc inputs. Power ratings range from tens of watts for smaller models up to 1000 W or more for larger models. When selecting a DIN rail power supply consider the following criteria as they relate to your application requirements: Output Voltage (V) and Current (A). Application requirements for supply voltage vary widely. To accommodate these needs, DIN rail supplies offer either single or multiple output voltages, typically in the range of 3.3 to 48 Vdc. When determining the supply-voltage levels required in an application, it’s important to note the current levels that will be required at each voltage. Power Rating (W). If only a single supply voltage is needed, the power rating required of the supply will simply be the supply voltage times the maximum current required in the application. If multiple outputs are needed, add up the voltage-times-current products for all of the supply voltages to determine the power rating. Good engineering practice dictates that you select a power supply model with a rating that provides some design margin. Safety. Because DIN rail supplies are enclosed units with recessed terminals for interconnections, these supplies are considered “finger safe.” This level of protection minimizes the exposure of service personnel to unsafe voltages, which is beneficial in systems where power supplies or other equipment are routinely serviced. Power supply rating is another safety-related issue. For applications that must meet the Class 2 power limits defined by the National Electrical Code, the output rating of the power supply should not exceed 100 VA or 5 x Vout in cases where Vout is less than 20 V. Weight. Consider the weight of the power supply and the weight bearing specification of the rail in your application when selecting a DIN rail supply. In general, power supply weight tracks power rating, but newer models may weigh less for a given power rating. Mounting Method. This issue relates closely to power supply weight. Simple, spring-loaded clips may be adequate to secure lighter power supplies, but heavier models, or units that may experience tension on the wiring, may warrant the more-robust latches. Rail Type. The standard rail width (measured from top to bottom) for DIN rails is 35 mm, but the depth of the rail can vary. The two most-common depth measurements are 7.5 mm and 15 mm. DIN rail power supplies are generally designed with clips that fit either size. However, there are rails with other dimensions, so verify rail dimensions in your application before selecting a power supply. Also, consider the available rail length and the width of the supply. Among DIN rail power supplies, the newer, narrower models can allow you to fit more items on a given length of rail. Electrical Connection. DIN rail supplies offer different connector options. Press-fit tension clips are the most economical, but screw terminals (especially those with a clamp plate) hold wires more securely and uniformly. For a given type of connector, a range of wire gauges is permitted. When selecting a wire gauge, determine the current levels required in your application. But also consider the space available to dress the wiring as this will affect the ease with which equipment can be installed and serviced. Heavier gauges require a wider bend and will be more difficult to manipulate in tight spaces.
Din Rail
Thermal Management. The ambient temperature range expected in the application together with power supply thermal specifications such as temperature derating will determine whether convection cooling is sufficient or if forced-air cooling may be required. Also, consider the impact of system integration. To optimize cooling, it may be necessary to leave space between DIN-mounted power supplies and adjacent components. Non-DIN Rail Options. Although many power supplies are specifically designed for DIN rail use, any enclosed supply could potentially be mounted to a DIN rail using accessories offered by power supply vendors or third parties.
278
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458 8
MDR series 20/40/60W Single Output Industrial Din Rail Power Supply Universal AC input Protections: Short circuit/Overload/Over voltage Cooling by free air convection Can be installed on DIN rail TS-35/7.5 or 15 NEC class 2/LPS compliant LED indicator for power on DC OK relay contact No load power consumption <0.75W
MDR20
Input Specifications
Output Specifications
*Please see page 4 for Waiver of Liability Statement
Model Number
Output Volts
Output Amps
Ripple & Noise
Efficiency
5 Volts(DC) 12 Volts(DC) 24 Volts(DC) 48 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) 48 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) 48 Volts(DC)
3 Amps 1.67 Amps 1.34 Amps 1 Amp 6 Amps 3.3 Amps 1.7 Amps 0.83 Amps 10 Amps 5 Amps 2.5 Amps 1.25 Amps
80mV pk-pk 120mV pk-pk 120mV pk-pk 150mV pk-pk 80mV pk-pk 120mV pk-pk 150mV pk-pk 200mV pk-pk 80mV pk-pk 120mV pk-pk 150mV pk-pk 200mV pk-pk
76% 80% 81% 84% 78% 86% 88% 88% 78% 86% 88% 87%
OVP
DC Volt Adjust
Min Load
MDR20-5 MDR20-12 MDR20-24 MDR20-48 MDR40-5 MDR40-12 MDR40-24 MDR40-48 MDR60-5 MDR60-12 MDR60-24 MDR60-48
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
5.75~6.75V 13.8~16.2V 17.25~20.25V 27.6~32.4V 6.25~7.25V 15.6~18V 31.2~36V 57.6~64.8V 6.25~7.25V 15.6~18V 31.2~36V 57.6~64.8V
4.75~5.5V 10.8~13.2V 13.5~16.5V 21.6~26.4V 5~6V 12~15V 24~30V 48~56V 5~6V 12~15V 24~30V 48~56V
0 ~ 3Amps 0~1.67Amps 0~1.34Amps 0 ~ 1Amps 0 ~ 6Amps 0 ~3.33Amps 0 ~ 1.7Amps 0 ~ 0.83Amps 0 ~ 10Amps 0 ~ 5Amps 0 ~ 2.5Amps 0 ~ 1.25Amps
Din Rail
SINGLE OUTPUT
279
MDR series 20/40/60W Single Output Industrial Din Rail Power Supply
Environmental Specifications
General Specifications
Physical Specifications
Note
Output Derating Curve - MDR20
Output Derating Curve - MDR60
Output Derating Curve - MDR40
Output Derating Curve VS Input Voltage - MDR60
Din Rail 280
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
MDR series 20/40/60W Single Output Industrial Din Rail Power Supply Unit:mm
Mechanical Dimensions - MDR20
Output Derating Curve VS Input Voltage - MDR20
Din Rail
Application of DC OK Active Signal - MDR20
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
281
MDR series 20/40/60W Single Output Industrial Din Rail Power Supply Unit:mm
Mechanical Dimensions - MDR40 & MDR60
DC OK Relay Contact - MDR40 & MDR60
Notes
Din Rail 282
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
DR series 30/45/60W Single Output Industrial DIN Rail Power Supplies Universal AC input Protections: Short circuit / Overload / Over voltage
DR60
UL508 (industrial control equipment) approved (DR45) Can be installed on DIN rail TS-35/7.5 or 15 Isolation class II DR45
LED indicator for power on
DR30
General Specifications
Input Specifications
*Please see page 4 for Waiver of Liability Statement
Output Amps
Min Load
SINGLE OUTPUT DR30-5 DR30-12 DR30-15 DR30 -24 DR45-5 DR45-12 DR45-15 DR45 -24 DR60-5 DR60-12 DR60-15 DR60 -24
3 Amps 2 Amps 2 Amps 1.5 Amps 5 Amps 3.5 Amps 2.8 Amps 2 Amps 6.5 Amps 4.5 Amps 4 Amps 2.5 Amps
0 ~ 3Amps 0 ~ 2Amps 0 ~ 2Amps 0 ~ 1.5Amps 0 ~ 5Amps 0 ~3. 5Amps 0 ~ 2.8Amps 0 ~ 2Amps 0 ~ 6.5Amps 0 ~ 4.5Amps 0 ~ 4Amps 0 ~ 2.5Amps
www.astrodyne.com
5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC)
Efficiency
74% 81% 82% 83% 72% 77% 77% 80% 76% 82% 83% 84%
Ripple and Noise
DC Volt Adjust
80mVpk-pk 120mVpk-pk 120mVpk-pk 150mVpk-pk 100mVpk-pk 200mVpk-pk 240mVpk-pk 480Vpk-pk 80mVpk-pk 120mVpk-pk 120mVpk-pk 150mVpk-pk
4.75~5.5V 10.8~13.2V 13.5~16.5V 21.6~26.4V 4.75~5.5V 10.8~13.2V 13.5~16.5V 21.6~26.4V 4.75~5.5V 11.1~13.2V 13.5~16.5V 21.6~26.4V
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
OVP
5.75~6.75V 13.8~16.2V 17.25~20.25V 27.6~32.4V 5.75~6.75V 13.8~16.2V 17.25~20.25V 27.6~32.4V 5.75~6.75V 13.8~16.2V 17.25~20.25V 27.6~32.4V
Din Rail
Model Number Output Volts
283
DR series 30/45/60W Single Output Industrial DIN Rail Power Supplies
Environmental Specifications
Output Specifications
Physical Specifications
Note
Output Derating Curve - DR30 100
Load (%)
80 60
Output Derating Curve - DR60
40
100
20 0
10
20
30
40
50
60
70
80 VERTICAL
Ambient Temp. (°C)
Output Derating Curve - DR45
60 40 20
100
-20
80
Din Rail
Load (%)
Load (%)
-20
0
10
20
30
40
50
60
70
VERTICAL
Ambient Temp. (°C)
60 40 20 -10
0
10
20
30
40
50
60
70
VERTICAL
Ambient Temp. (°C)
284
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
DR series 30/45/60W Single Output Industrial DIN Rail Power Supplies
Mechanical Dimensions - DR30 & DR60 Unit:mm
Mechanical Dimensions - DR45
Din Rail
Unit:mm
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
285
DR75/120 series 75/120W Single Output Industrial DIN Rail Power Supply Universal AC input Protections: Short circuit / Overload / Over voltage/ Over temperature Cooling by free air convection Can be installed on DIN rail TS-35/7.5 or 15 Isolation class II LED indicator for power on UL508 (industrial control equipment) approved DR75
Fixed switching frequency at 55KHz
DR120
Input Specifications Input Voltage Range Frequency Range Inrush Current, typ: (cold start) Input Current (DR75) (DR120) Leakage current
Output Specifications 90~264VAC / 120-370 Volts (DC) 47-63 Hz 20 Amps @ 115VAC 40 Amps @ 230VAC 1.6 Amps. @ 115VAC 0.96 Amps. @ 230VAC 2.6 Amps. @ 115VAC 1.6 Amps. @ 230VAC < 1mA / 240VAC
Environmental Specifications
123.1KHrs min, MIL-HDBK-217F(25°C) 136.8KHrs min, MIL-HDBK-217F(25°C)
*Please see page 4 for Waiver of Liability Statement
Model Number Output Volts Output Amps SINGLE OUTPUT DR75-12 12 Volts(DC) DR75-24 15 Volts(DC) DR75-48 24 Volts(DC)
Din Rail 286
6.3 Amps 3.2 Amps 1.6 Amps
Min Load
0 ~ 6.3Amps 0 ~ 3.2Amps 0 ~ 1.6Amps
Model Number Output Volts Output Amps Min Load SINGLE OUTPUT DR120-12 12 Volts(DC) DR120-24 24 Volts(DC) DR120-48 48 Volts(DC)
10 Amps 5 Amps 2.5 Amps
Efficiency
0 ~ 10Amps 0 ~ 5Amps 0 ~ 2.5Amps
76% 80% 81%
Ripple and Noise
DC Volt Adjust
100mVpk-pk 150mVpk-pk 240mVpk-pk
12~14V 24~28V 48~53V
Efficiency Ripple and Noise DC Volt Adjust OVP
80% 84% 85%
www.astrodyne.com
80mVpk-pk 80mVpk-pk 100mVpk-pk
12~14V 24~28V 48~53V
OVP
15~16.5V 29~34V 58~65V
OTP
15~16.5V 85°C ±5°C 298~33V 90°C ±5°C 58~65V 90°C±-5°C
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
DR75/120 series 75/120W Single Output Industrial DIN Rail Power Supply
Physical Specifications
General Specifications
Note
Mechanical Dimensions - DR75 Unit:mm
Din Rail
Output Derating Curve - DR75
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
287
DR75/120 series 75/120W Single Output Industrial DIN Rail Power Supply
Mechanical Dimensions - DR120 Unit:mm
Output Derating Curve - DR120
Din Rail 288
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SDR240 series 240W Single Output Industrial DIN RAIL with PFC Function High efficiency 94% and low power dissipation 150% peak load capability Built-in active PFC function, PF>0.93 Protections: Short circuit / Overload / Over voltage / Over temperature temperature Over Cooling by free air convection Built-in constant current limiting circuit Can be installed on DIN rail TS-35/7.5 or 15 UL 508 (industrial control equipment) approved EN61000-6-2(EN50082-2) industrial immunity level Built-in DC OK relay contact
Output Specifications
Input Specifications
Environmental Specifications
Output Volts Output Amps
Min Load
24 Volts(DC) 48 Volts(DC)
0~10Amps 0~5Amps
OVP
Peak Curent Ripple & Noise DC Volt Adjust
SINGLE OUTPUT SDR240-24 SDR240-48
www.astrodyne.com
10 Amps 5 Amps
29~33 Volts(DC) 56~65 Volts(DC)
15 Amps 7.5 Amps
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
100mVpk-pk 120mVpk-pk
24~28Volts(DC) 48~55Volts(DC)
Din Rail
Model Number
289
SDR240 series 240W Single Output Industrial DIN RAIL with PFC Function
General Specifications
Physical Specifications
Note
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Din Rail 290
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SDR240 series 240W Single Output Industrial DIN RAIL with PFC Function
DC OK Relay Contact
Block Diagram
Peak Loading
Output Derating Curve
Output Derating Curve VS Input Voltage
150 100
For 3 Sec. (typ.)
90 80
100 75
Load (%)
Continuous
70 60 50
60
40
0
10
20
30
40
50
60
70
(VERTICAL)
88
Ambient Temp. (°C)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
100
110
135
155
≈
-25
230 264
Din Rail
Load (%)
≈
112.5
Input Voltage (V) 60Hz
291
DRP480 series 480W Single Output Industrial DIN RAIL with PFC Function Built-in passive PFC function compliance to EN61000-3-2 Protections:Short circuit/Over load/Over voltage/ Over temperature High efficiency 89% and low dissipation Cooling by free air convection Built-in constant current limiting circuit Can be installed on DIN rail TS-35/7.5 or 15 UL 508 (industrial control equipment) approved EN61000-6-2 (EN50082-2) industrial immunity level
Input Specifications
General Specifications
Output Specifications
Environmental Specifications
Din Rail 292
Model Number
Output Volts
Output Amps
Min Load
Over Voltage Protection
24 Volts(DC) 48 Volts(DC)
20 Amps 10 Amps
0~20Amps 0~10Amps
30~36 Volts(DC) 54~60 Volts(DC)
SINGLE OUTPUT DRP480-24 DRP480-48
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
DRP480 series 480W Single Output Industrial DIN RAIL with PFC Function
Note
Physical Specifications
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Output Derating Curve VS Input Voltage
Output Derating Curve
100 90 70
Din Rail
Load (%)
80 60 50 40 180
C
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
190
200
264
Input Voltage (V) 60Hz
293
SDR480 series 480W Single Output Industrial DIN RAIL with PFC Function High efficiency 94% and low power dissipation
Can be installed on DIN rail TS-35/7.5 or 15
150% peak load capability
UL 508 (industrial control equipment) approved
Built-in active PFC function, PF>0.94 Protections: Short circuit / Overload / Over voltage / Over temperature Cooling by free air convection Built-in constant current limiting circuit
EN61000-6-2(EN50082-2) industrial immunity level Built-in DC OK relay contact Optional Parallel (7 +1) Parallel Function
General Specifications Safety Insulation Resistance EMI Harmonic Current Efficiency Isolation EMS DC OK Contact Ratings
Output Specifications UL508, TUV EN60950-1 Approved ≥100MΩ / 500Volts / 25°C / 70%RH Compliance to EN55022B (CISPR22B) Compliance to EN61000-3-2,-3 94% 3KVAC I/P-O/P; 1.5KVAC I/P-Gnd 500VAC O/P - Gnd; DC OK EN61000-4-2,3,4,5,6,8,11; ENV50204 EN55024, EN61204-3; EN61000-6-2 (EN50082-2), heavy industry level, Criteria A; SEMI F47 approved 60Vdc/0.3A, 30Vdc/1A, 30Vac/0.5A resistive load max.
Input Specifications Input Voltage Range (Note 5) Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current Min Load Power Factor @ FL
90~ 264VAC 124~370 Volts(DC) 47-63 Hz 40Amps /115VAC; 80Amps/ 230VAC 5Amps/ 115VAC;2.5Amps/ 230VA < 0.8mAmps / 240VAC See Selection Chart PF= 0.94 / 230VAC: 0.99 / 115VAC
Environmental Specifications
Din Rail
Oper. Temperature (Note 3) Storage Temperature Relative Humidity Temperature Coefficient MTBF Vibration
Physical Specifications Size Millimeters/Inches Weight
294
-25°C to +70°C (See Derate Curve) -40°C to +85°C, 10~95% RH 20~95% RH non cond ±0.03% / °C (0-50°C) 112.9KHrs min,MIL-HDBK-217F(25°C) 10~500Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes Mounting: Compliance to IEC60068-2-6
85.5 x 125.2 x 128 / 3.37” x 4.93” x 5.04” 56.44 oz (1600g)
Voltage and Current Line / Load Regulation Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL Setup, Rise Time @ FL Over Voltage Protection Over Current Protection Over Temperature Protection DC Voltage Adjust Peak Current Peak Power (Note 4)
See Selection Chart ±0.5% / ±1.0% ±1.2% (24V); ±1.0% (48V) See Selection Chart 14mS/230VAC 1500mS, 150mS/230VAC 3000mS, 150mS/115VAC See Selection Chart Shut down o/p voltage, auto-recover 110 ~ 150% rated output power >3S shut down o/p voltage ,auto-recover >150% rated power, constant current limiting, auto-recover within 2S and may cause to shut down if over 2 seconds 105°C ±5°C (TSW: Detect on heatsink of power switch) Shut down o/p voltage, auto-recover after cool down See Selection Chart See Selection Chart 720W (3sec.)
Notes 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line regulation and load regulation. 3. Installation clearances : 40mm on top, 20mm on the bottom, 5mm on the left and right side are recommended when loaded permanently with full power.In case the adjacent device is a heat source, 15mm clearance is recommended. 4. 3 seconds max., and the average output power should note exceed the rated power. 5. Derating may be needed under low input voltage. Please check the derating curve for more details.
SDR480 series 480W Single Output Industrial DIN RAIL with PFC Function Model Number Output Volts
Output Min Load. OVP Amps
Peak Current
Ripple & Noise
DC Volt Adjust
*SDR480-24(P) *SDR480-48(P)
20 Amps 10 Amps
30 Amps 15 Amps
100mVpk-pk 120mVpk-pk
24~28Volts(DC) 48~55Volts(DC)
24 Volts(DC) 48 Volts(DC)
0~20Amps 0~10Amps
29~33 Volts(DC) 56~65 Volts(DC)
*The SDR480 Series can be ordered with and Optional Parallel Function (7 + 1). Simply add the letter “P” to the end of the Model Number to recieve the product with this function. i.e. “SDR480-24P”
Din Rail
Mechanical Dimensions
295
SDR480 series 480W Single Output Industrial DIN RAIL with PFC Function
Derating Curves
Din Rail 296
For many applications, the benefits of using external power supplies, also known as power adapters, are very compelling. External power supplies do not have to be designed into the end products, simplifying the mechanical design of the products while allowing them to be made smaller. External supplies also make it to easier for end products to achieve the necessary safety approvals, since the approvals burden tends to rest squarely on the power supplies, which are pre-approved. With ratings from a few watts up to several hundred watts, power adapters generate single or multiple DC outputs while operating from a universal AC input. These supplies are available in two formats—wall-mount or desktop—and in commercial or medical grades. When selecting an external power supply consider the following criteria as they relate to your application requirements:
External
EXTERNAL power supplies
Desktop versus Wall Mount. Wall-mount adapters, also referred to as wall plugs or wall warts, plug directly into the AC outlet. Typically, these adapters are limited to power levels of 20 W or less. At higher power levels they become too heavy for the outlet. Desktop adapters, which are stand-alone units that connect to the outlet via a standard ac cord, offer power levels up to about 200 W. Output Voltage (V) and Current (A). Application requirements for supply voltage vary widely. To accommodate these needs, adapters offer either single or multiple output voltages, typically in the range of 2.5 to 48 Vdc. When determining the supply-voltage levels required in an application, note the current levels that will be required at each voltage. Power Rating (W). If only a single supply voltage is needed, the power rating required of the supply will simply be the supply voltage times the maximum current required in application. If multiple outputs are needed, add up the voltage-times-current products for all of the supply voltages to determine the power rating. Good engineering practice dictates that you select a power supply model with a rating that provides some design margin. Output Connector Type. Adapters are offered with a variety of output connector styles. For single DC outputs, coaxial (or barrel) plugs with a lone center contact are popular. These are commonly offered with dimensions of 2.1 mm inner diameter/5.5 mm outer diameter or 2.5 mm inner diameter/5.5 mm outer diameter. For multiple DC outputs, DIN plugs provide multiple contacts. These plugs may also be used when the current output of the adapter is too high for a single contact. Input Connector Type. There are several AC-input cords and/or plugs that can be found on external power supplies. On desktop adapters, the two most-common connectors are IEC-type inlets. Typically, adapters that require a grounded, three-prong plug use the IEC-320-C14 inlet, while adapters that need an ungrounded, two-prong plug use the IEC-320-C8. Safety Approvals. Commercial-grade models are approved to general safety standards such as UL/EN60950-1, while medical-grade adapters are approved to IEC60601-1 and related medical equipment safety standards. Markings. The label on a power adapter often contains a jumble of symbols, product specifications, and safety warnings. The symbols denote an adapter’s compliance with safety, efficiency, environmental or other requirements for sale of the product in different countries or regions. Some familiar examples of safety approval markings include UL (United States), CSA (Canada), PSE (Japan), CCC (China), and CE (European Union). Other symbols denote compliance with efficiency standards such as Energy Star or environmental directives like WEEE, which concerns recycling. Before selecting a power adapter, determine which markings are needed in the target marketplace. Efficiency Standards. To achieve the Energy Star rating, a power adapter must demonstrate a minimum level of efficiency during active-mode operation and limited power consumption in the standby mode. Currently, power adapters can achieve Energy Star status by meeting Level IV requirements. However, some adapters may meet the more-stringent Level V requirements, which will be demanded for Energy Star compliance in the future. Thermal Management. Typically, adapters will only operate in ambient environments up to 40°C. Beyond that, these supplies must be derated. If an adapter is placed in an enclosure, its self-heating may be enough to raise the ambient temperature to the point where the supply’s thermal protection places the supply in shutdown or a power-limiting mode. Before selecting an adapter, determine the ambient operating conditions that the power supply may be exposed to in the application. Switched-Mode versus Linear Operation. Bulky and inefficient, linear power supplies continue to be replaced by the lighter and more-efficient switched-mode power supplies. The difference in efficiency is such that linear power adapters generally cannot meet the required energy efficiency standards. When selecting an adapter, be aware of whether the supplies being considered use linear or switched-mode technology, and how the tradeoffs in size, weight, and efficiency will impact the application.
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458 8
297
SPU10 series 10 WATT Wallmount Switching Power Supplies
External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz 2 Prong Plug-In Mains Connector Output Voltage Available from 5Volts(DC) thru 36Volts(DC) Single Output Class II LPS Efficiency Level V
Input Specifications
General Specifications
Input Voltage Range Frequency Range Input Current @ FL
Isolation Efficiency @ FL @230VAC EMI
90-264 VAC 47-63 Hz Low Line 0.3Amps @ 115VAC High Line 0.2Amps @ 230VAC Inrush Current @ FL (Cold Start) Low Line 20Amps typ. @ 115VAC 30Amps max @ 115VAC High Line 45Amps typ. @ 230VAC 60Amps max @ 230VAC Leakage Current @ FL 0.25 mAmps max. @ 240VAC 0.2 mAmps typ. @ 240VAC
Output Specifi cations OUTPUT SPECIFICATIONS Voltage and Current Load Regulation @ FL Line Regulation @ FL Transient Response Ripple/Noise @ FL Start Up 100Vin, FL Hold Up Time @ FL Short Circuit Protection
298
www.astrodyne.com
4242 Volts(DC) 75% min. / 80% typ. / 85% max CISPR-22 Class B @ 220VAC FCC PART-15 Class B @ 110VAC
Physical Specifications 57-63.0 x 44.0 x 27.5 mm 2 x 1.73” x 1.08” 2.87” 3.17oz (90g)
Size Weight
ENVIRONMENTAL SPECIFICATIONS Environmental Specifi cations See Selection Charts ± 5%, max. @ 230VAC ±3%, typ. @ 230VAC ± 1%, max. ± 0.5% typ. 4mS @ 100VAC 1% Pk-Pk @ 90VAC 0.5% Pk-Pk @ 90VAC 2S max. / 1S typ. / 0.3S min 5mS min @ 100VAC 10mS typ. @ 100VAC Continuous
Oper. Temperature Storage Temperature Relative Humidity MTBF Temperature Coefficient
0 to +70°C (FL) -40 to +85°C 5% to 95%, non-cond 0.1 MHrs MIL-HDBK-217F(25°C) ±0.04%/°C
*Please see page 4 for Waiver of Liability Statement
Model Number
Rated Power
Output Voltage
Output Amps
SPU10-102
8W
5 Volts(DC)
1.60 Amps
SPU10-103
8W
6 Volts(DC)
1.33 Amps
SPU10-104
12 W
9 Volts(DC)
1.11 Amps
SPU10-105
10 W
12 Volts(DC)
1.83 Amps
SPU10-106
10 W
15 Volts(DC)
0.66 Amps
SPU10-107
10 W
18 Volts(DC)
0.55 Amps
SPU10-108
10 W
24 Volts(DC)
0.41 Amps
SPU10-109
10 W
30 Volts(DC)
0.33 Amps
SPU10-110
10 W
36 Volts(DC)
0.27 Amps
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU10 series Mechanical Dimensions SPU10-102~105 Output Cord Length 48” 20AWG SPU10-106~110 Output Cord Length 48” 24AWG
External
10 WATT Wallmount Switching Power Supplies
Output Derating Curve
C www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
299
SPU12A series 10-15 WATT Wallmount Switching Power Supplies
External
90-264VAC Universal Input 3.3 Through 48VDC Single Outputs 2 Prong Plug-In Mains Connector 3000V Isolation
Unit Measures 2.55”W x 2.16”L x 1.34”H
Input Specifications
General Specifications
Input Voltage Range Frequency Range Input Current Inrush Current, typ (Cold Start) Leakage Current
90-264 VAC (Universal) 47-63 Hz Low Line (115VAC) High Line (230VAC) Low Line (115VAC) High Line (230VAC) 0.75mA MAX. @ 240 VAC, FL
Input-Out Isolation Isolation Resistance Efficiency Safety
0.4A 0.3A 15A max. 30A max.
Size Construction Weight
www.astrodyne.com
2.55” x 2.16” x 1.34” Wallmount Style 4oz (115g)
Environmental Specifi cations ENVIRONMENTAL SPECIFICATIONS
See Selection Charts 0 to FL Rating +/- 7%, max. +/- 1%, max. 100Vin, FL to 1/2L 4mS +/-0.04%/°C, typ FL, 90Vin 1% Pk-Pk Continuous, self-recovering * 100Vin, FL 2S max. / 5 mS min.
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve Next Page) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs
Oper. Temperature
Storage Temperature Relative Humidity EMC MTBF
*Please see page 4 for Waiver of Liability Statement
300
70%, typ
Physical Specifi cations PHYSICAL SPECIFICATIONS
OUTPUT SPECIFICATIONS Output Specifi cations Voltage and Current Output Power Range Load Regulation (FL, 230Vin) Line Regulation (FL) Transient Response Temperature Coefficient Ripple/Noise Short Circuit Protection Start Up / Hold Up Time
3000 VAC 50 Mohm min. (FL, 230Vin) (c)UL60950
Model Number
Output Watts
Output Voltage
Output Amps
SPU12A-101 SPU12A-102 SPU12A-103 SPU12A-104 SPU12A-105 SPU12A-106 SPU12A-107 SPU12A-108 SPU12A-109 SPU12A-110 SPU12A-111
10 10 10 12 15 15 15 15 15 15 15
3.3V 5V 6V 9V 12V 15V 18V 24V 30V 36V 48V
3.03 2.0A 1.66A 1.33A 1.25A 1.0A 0.83A 0.62A 0.5A 0.41A 0.31A
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU12A series 10-15 WATT Wallmount Switching Power Supplies
External
Mechanical Dimensions Dimensions Are In mm.
Output Derating Curve DERATE CURVE
DC DC Output OUTPUTConnections CONNECTIONS Coaxial Plug:
Coaxial Plug: 5.5mm outer diameter
-Vout
-Vout
+Vout
+Vout
2.1mm inner diameter, female
5.5mm outercenter diameter 11mm length, “+” 2.1mm inner diameter, female 11mm length, center “+”
SPU12A-101~104 Output Cord Lenght t h 72” 18AWG t h 72” 20AWG SPU12A-105~111 Output Cord Lenght
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
301
SPU16 series 15 WATT Desktop Switching Power Adapters Option “A”
External
Universal 90-264VAC Input
Option “B”
3 Input Connection Options Single Outputs from 3.3 to 48VDC 3000V Isolation
Option “D”
Splash Proof Case LPS Efficiency Level IV or V
Unit Measures 3.58”W x 1.5”L x 1.42”H
Output Specifi cations OUTPUT SPECIFICATIONS
Input Specifications Input Voltage Range Frequency Range Input Current Inrush Current, typ (Cold Start) Leakage Current
90-264 VAC 47-63 Hz Low Line (115VAC) High Line (230VAC) Low Line (115VAC) High Line (230VAC) 0.75mA MAX. @ 240 VAC, FL
0.4A 0.26A 15A max. 30A max.
Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise (FL, 90Vin) Short Circuit Protection Start Up / Hold Up Time
See Selection Charts 0 to FL Rating ± 3%, typ. ± 1%, max. 100Vin, FL to 1/2L 4mS ±0.04%/°C, typ 1% Pk-Pk max. (2%, 3.3Vout) Continuous, self-recovering * 100Vin, FL 2S max. / 5 mS min.
Model Number
Output Watts
Output Voltage
Output Amps
Total Regulation
*SPU16(A, B or D)-101 *SPU16(A, B or D)-102 *SPU16(A, B or D)-103 *SPU16(A, B or D)-104 *SPU16(A, B or D)-105 *SPU16(A, B or D)-106 *SPU16(A, B or D)-107 *SPU16(A, B or D)-108 *SPU16(A, B or D)-109 *SPU16(A, B or D)-110 *SPU16(A, B or D)-111
8.25 12 12 15 15 15 15 15 15 15 15
3.3V 5V 6V 10V 12V 15V 18V 24V 30V 36V 48V
2.5A 2.4A 2.0A 1.5A 1.25A 1.0A 0.83A 0.62A 0.5A 0.41A 0.31A
7% 5% 5% 5% 5% 5% 5% 5% 5% 3% 3%
* Note: The Asterisk * denotes a choice of AC input connectors (A, B or D option). Please see Mechanical Dimensions. If not denoted, option “A” IEC-320-C14 connector is used. Low cost 3 Wire IEC320/C13 (Part Number ACCRD-C13) and 2 Wire IEC320/C7 (Part Number ACCRD-C7) Input Power Cords are available for these products. Inquire to the Astrodyne Sales Depart.
302
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU16 series General Specifications
Physical Specifi cations PHYSICAL SPECIFICATIONS
Isolation
I/P - O/P: 3000 VAC I/P - GND: 1500 VAC
Efficiency (FL, 230Vin) Switching Frequency Safety
80%, min. 89 KHz (c)UL60950-1, EN60950-1
Size Construction Weight
3.58” x 1.5” x 1.42” Desktop Style 5.8oz (165g)
External
15 WATT Desktop Switching Power Adapters
Output Derating Curve
Environmental Specifications 0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs
Oper. Temperature
Storage Temperature Relative Humidity EMC MTBF
*Please see page 4 for Waiver of Liability Statement
C
Mechanical Dimensions - SPU16A/B SPU16D
SPU16A
SPU16B
DC OUTPUT CONNECTIONS DC Output Connections Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
-Vout
+Vout
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
303
SPU20 series 20 WATT Desktop Switching Power Supplies
External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz IEC-320-C6 Input Inlet Splash proof Single Output Class I LPS Efficiency Level V Approved as Limited Power Source (LPS)
Input Specifications
General Specifications
Input Voltage Range Frequency Range Input Current @ FL
Isolation
4242 Volts(DC) Input-Output 2121 Volts(DC) Input-Ground
Efficiency @ FL @230VAC EMI
75% min. / 85% typ. / 95% max CISPR-22 Class B @ 220VAC FCC PART-15 Class B @ 110VAC <0.5W @ 240VAC
90-264 VAC 47-63 Hz Low Line 0.4Amps @ 115VAC High Line 0.25Amps @ 230VAC Inrush Current @ FL (Cold Start) Low Line 12Amps typ. @ 115VAC 15Amps max @ 115VAC High Line 26Amps typ. @ 230VAC 30Amps max @ 230VAC Leakage Current @ FL 0.75 mAmps max. @ 240VAC 0.5 mAmps typ. @ 240VAC
No-Load Power Consumption
Physical Specifications Size
Output Specifi cations OUTPUT SPECIFICATIONS
Weight Voltage and Current Load Regulation @ FL
Line Regulation @ FL Transient Response Ripple/Noise @ FL Start Up @ FL Hold Up Time @ FL
Over Current Protection
See Selection Charts ± 5%, max. @ 230VAC ±3%, typ. @ 230VAC ±1%, min. @ 230VAC ± 1%, max. ± 0.5% typ. 4mS @ 100VAC 1% Pk-Pk @ 90VAC 0.5% Pk-Pk @ 90VAC 0.5S max / 0.25S typ. @ 100VAC 12mS min @ 110VAC 14mS typ. @ 110VAC 16mS max. @ 110VAC 110~150%
Model Number SPU20A-102 SPU20A-105 SPU20A-106 SPU20A-108 SPU20A-109 SPU20A-111
304
www.astrodyne.com
Rated Power 15 W 20 W 20 W 20 W 20 W 20 W
99.0 x 42.0 x 31.0 mm 3.90” x 1.65” x 1.22” 6.00 oz (170g)
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity MTBF Temperature Coefficient Isolation Resistance
0 to +70°C (See derate curve) -40 to +85°C 5% to 95%, non-cond 0.3 MHrs MIL-HDBK-217F(25°C) ±0.04%/°C 50 M / 500Volts(DC)
*Please see page 4 for Waiver of Liability Statement
Output Voltage
Output Amps
5 Volts(DC) 12 Volts(DC) 15 Volts(DC 24 Volts(DC 30 Volts(DC 48 Volts(DC
3.0 Amps 1.66 Amps 1.33 Amps 0.83 Amps 0.66 Amps 0.42Amps
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU20 series Mechanical Dimensions SPU20A-102~110 Output Cord Length 48” 18AWG
SPU20-10
External
20 WATT Desktop Switching Power Supplies
Output Derating Curve
C www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
305
SPU25A series 25 WATT Desktop Switching Power Adapters
External
Universal 90-264VAC Input IEC-320-C14 Input Receptacle Single Outputs from 5 to 48VDC LPS Efficiency Level IV or V Splash Proof Case Unit Measures 4.11”W x 1.65”L x 1.22”H
Input Specifications
Physical Specifications
General Specifications
Output Specifications Environmental Specifications
*Please see page 4 for Waiver of Liability Statement
306
www.astrodyne.com
Model Number
Output Watts
Output Voltage
Output Amps
Total Regulation
SPU25A-102 SPU25A-103 SPU25A-104 SPU25A-105 SPU25A-106 SPU25A-107 SPU25A-108 SPU25A-109 SPU25A-110 SPU25A-111
16.5 20 22 25 25 25 25 25 25 25
5V 6V 10V 12V 15V 18V 24V 30V 36V 48V
3.3A 3.33A 2.2A 2.08A 1.66A 1.38A 1.04A 0.83A 0.69A 0.52A
5% 5% 5% 5% 5% 5% 3% 3% 3% 3%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU25A series 25 WATT Desktop Switching Power Adapters
External
Output Derating Curve
C
Mechanical Dimensions -Vout
+Vout
DC Output Connections Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
SPU25-102~103 Output Cord Length 48” 16AWG Length 48” 18AWG SPU25-104 Output Cord Lenght SPU25-105~111 Output Cord Length 72” 18AWG
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
307
ASA30 series 30W Wall Mount Switching Adapter with Interchangeable AC Plugs
External
Universal 90-264VAC Input UL60950-1 Pending RoHS Compliant Interchangeable AC Input Plugs High Efficiency
Unit Measures 2.27”W x 4.24”L x1.32”H
Input Specifications Input Voltage Range Frequency Range Input Current Inrush Current Leakage Current
Physical Specifications 90-264 VAC 47-63 Hz 0.8 Amps max. 50 Amps max. @ 264VAC 0.25mA max.
Size Construction Output Connector Weight
Environmental Specifi cations ENVIRONMENTAL SPECIFICATIONS
OUTPUT SPECIFICATIONS Output Specifi cations Voltage and Current Load Regulation (Note 4) Line Regulation (Note 3) Voltage Accuracy (Note 1) Ripple/Noise (Note 2) Over Voltage Protection Short Circuit Protection Hold Up Time
Oper. Temperature Storage Temperature Conducted EMI
See Selection Charts See Selection Charts ± 1% ± 2% (± 4%, 5Vout) ± 1% Yes Continuous; Auto Recovery 10mS typ. @ 115VAC
308
0 to +40°C FL -20 to +85°C * CISPR/FCC Class B
Notes 1. Voltage Setpoint at 60% Load 2. Add a 0.1uF ceramic capacitor and a 10uF E.L. capacitor to output for Ripple & Noise measuring @ 20MHz BW. 3. Line Regulation measured from 100VAC to 240VAC, full load. 4. Load Regulation measured from 60% to full load and from 60% to 20% load (60% ±40%) 5. Minimum load is not required for proper operation.
General Specifi cations GENERAL SPECIFICATIONS Isolation Efficiency Safety
4.24” x2.27” x 1.32” Wallmount Style 2.1x5.5x12mm Coax 10.58oz (300g)
I/P-O/P: 3000VAC 75% typ. UL60950-1, EN60950-1
*Please see page 4 for Waiver of Liability Statement
Model Number
Output Voltage
Output Amps
Regulation
Efficiency
Output Connector
SINGLE OUTPUT ASA30-0301 ASA30-0304 ASA30-0302 ASA30-0303 ASA30-0306 ASA30-0305
5 9 12 15 18 24
5.0 3.3 2.5 2.0 1.65 1.25
±6% ±3% ±2% ±2% ±2% ±2%
70% 73% 76% 78% 78% 80%
Coaxial Coaxial Coaxial Coaxial Coaxial Coaxial
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASA30 series 30W Wall Mount Switching Adapter with Interchangeable AC Plugs
External
Mechanical Dimensions - ASA30 Unit:mm
•
DC Plug type: V+– )– VDC Plug size: (o5.5/o2.1) L12mm 18AWG/1800mm 33.5 (1.32) 32.6 (1.28)
107.8 (4.24)
57.6 (2.27)
1800 (970.87) ± 150 (1.97)
22.2 (0.87)
18.3 (0.72) ± 0.05 (0.002)
37.95 (1.49)
31.5 (1.24)
8.7 (0.04)
17 (0.67)
25.1 (0.99) 19 (0.75)
28 (1.1)
17.4 (0.69)
39 (1.54)
18 (0.71)
6.3 (0.25) 4 (0.16)
18 (0.63)
28.9 (1.14)
12.5 (0.49) ± 0.05 (0.002)
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
309
SPU31 series 30W Desktop Switching Power Supplies for I.T.E
External
Wide Input Voltage 90 to 264VAC, 47~63Hz IEC-320-C14 Input Inlet Single Output 48Volts(DC) Output Voltage Available from 5Volts(DC) thru 50Volts(DC) Splash prrof proof Class I
Imput cations INPUTSpecifi SPECIFICATIONS
General Specifi cations GENERAL SPECIFICATIONS
Input Voltage Range Frequency Range Input Current @ FL
Isolation (min)
90-264 VAC 47-63 Hz Low Line 0.8Amps @ 115VAC High Line: 0.5Amps @ 230VAC Inrush Current, @ FL (Cold Start) Low Line: 15Amps max.@ 115VAC High Line 30Amps max.@ 230VAC Leakage Current @ FL 0.75mAmps max @ 240VAC 0.5mAmps typ. @ 240VAC
4242 Volts(DC) Input-Output 2121Volts(DC) Input-Ground 50 M min. /500Volts(DC) 81%, typ 0.5W max @ 240VAC 0.3W typ. @ 240VAC CISPR-22B @ 220VAC FCC PART-15B @ 110VAC
Isolation Resistance Efficiency @ FL No-Load Power Consumption EMI
OUTPUT SPECIFICATIONS Output Specifi cations
Physical PHYSICASpecifi L SPECcations IFICATIONS
Voltage and Current Load Regulation Line Regulation @ FL
Size Weight
Transient Response Ripple/Noise @ FL Over Current Protection Start Up @ FL
Hold Up Time @ FL(min)
See Selection Charts ± 7%,@ 230VAC ± 1%, max. ±0.5% typ. 4mS @ 100VAC @ FL load to 1/2 load 1% Pk-Pk,max @ 90VAC 110-150% 2S @ 100VAC max 1S @ 100VAC typ. 0.3 @ 100VAC min. 12 mS @ 110VAC
107x47x29.6 mm (4.21”x1.85”x1.17”) 9.35~8.87oz (265~280g)
ENVIRONMENTAL SPECIFICATIONS Environmental Specifi cations Oper. Temperature @ FL Storage Temperature Relative Humidity MTBF Temperature Coefficient
0 to +70°C (See Derate Curve) -40 to +85°C 5% to 95%, non-cond 0.1 MHrs MIL-HDBK-217F(25°C) ±0.04%/°C, typ
*Please see page 4 for Waiver of Liability Statement
Model Number SPU31-102 SPU31-103 SPU31-104 SPU31-105 SPU31-106 SPU31-107 SPU31-108 SPU31-109 SPU31-110 SPU31-111
310
www.astrodyne.com
Output Amps 5.00 Amps 4.16 Amps 3.0 Amps 2.5 Amps 2.0 Amps 1.66 Amps 1.25 Amps 1.0 Amps 0.83 Amps 0.62 Amps
Output Volts 5 Volts(DC) 6 Volts(DC) 10 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 30 Volts(DC) 36 Volts(DC) 48 Volts(DC)
Rated Power 25W 25W 30W 30W 30W 30W 30W 30W 30W 30W
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Total Regulation 5% 5% 5% 5% 5% 5% 3% 3% 3% 3%
SPU31 series 30W Desktop Switching Power Supplies for I.T.E
External
Mechanical Dimensions
Note: 1. Dimensions are shown in mm. 2. Weight: 265~280gs approx.
Output Derating Curve SPU31-102~105 Output Cord Lenght t h 48”16AWG SPU31-106~108 Output Cord Lenght t h 48”18AWG SPU31-109~111 Output Cord Lenght th 72”18AWG
C www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
311
SPU46 series 46 WATT Desktop Switching Power Adapters
External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz IEC-320-C14 Input Inlet Splash proof Single Output Class I Output Voltage Available from 5Volts(DC) thru 48Volts(DC) Approved as Limited Power Source (LPS) Input Surge Current, Over Voltage and Over Load protection Over Voltage Protection (Crowbar Design)
Output Specifications
Input Specifications
General Specifications Physical Specifications
312
Model Number
Rated Power
Output Voltage
Output Amps
SPU46-102 SPU46-103 SPU46-104 SPU46-105 SPU46-106 SPU46-107 SPU46-108 SPU46-109 SPU46-110 SPU46-111
40 W 45 W 45 W 45 W 45 W 50 W 50 W 50 W 50 W 50 W
5 Volts(DC) 6 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 30 Volts(DC) 36 Volts(DC) 48 Volts(DC)
8.0 Amps 7.5 Amps 5.0 Amps 3.75 Amps 3.0 Amps 2.77 Amps 2.08 Amps 1.66 Amps 1.38 Amps 1.04 Amps
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SPU46 series 46 WATT Desktop Switching Power Adapters
External
Output Derating Curve
Environmental Specifications
*Please see page 4 for Waiver of Liability Statement
C
Mechanical Dimensions SPU46-102 Output Cord Length 48” 16AWG SPU46-105 Output Cord Length 48” 18AWG SPU46-111 Output Cord Length 48” 18AWG
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
313
SPU63 series 63W Desktop Switching Power Supplies
External
90-264VAC Input IEC-320-C14 Input Receptacle LPS Efficiency Level V 3000V Isolation Splash Proof Case Unit Measures 4.65”W x 1.34”L x 2.05”H
Input Specifications Input Voltage Range Frequency Range Input Current Leakage Current Inrush Current, typ (Cold Start) Power Consumption @ NL
Physical Specifications 90-264 VAC 47-63 Hz Low Line (115VAC) High Line (230VAC) .075mA, max. Low Line (115VAC) High Line (230VAC) 240Vin
1.6A 0.7A 15A max. 30A max. 0.5W max.
Output cations OUTPUTSpecifi SPECIFICATIONS Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise Over Voltage Protection Over Current Protection Start Up / Hold Up Time
See Selection Charts 0 to FL Rating +/- 5%, max. +/- 1%, max. 100Vin, FL to 1/2L 4mS +/-0.04%/°C, typ FL, 240Vin 1% Pk-Pk, max. 112-132% * 102-150% * 100Vin, FL 2S max. / 16mS min.
Size Construction Weight
4.65” x 1.34” x 2.05” Desktop Style 12oz (340g)
ENVIRONMENTAL SPECIFICATIONS Environmental Specifi cations Oper. Temperature
Storage Temperature Relative Humidity EMC MTBF
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 130,000 Hrs MIL-HDBK-217F
Output Derating Curve
General Specifications Input-Out Isolation Input-Ground Isolation Isolation Resistance Efficiency (FL, 230Vin) Safety
3000 VAC 1500VAC 50 Mohm min. 88%, typ (c)UL60950-1, EN60950-1
NOTE: Low cost 3 Wire IEC320/C13 (Part Number ACCRD-C13) Input Power Cords are available for these products. Inquire to the Astrodyne Sales Depart.
C
*Please see page 4 for Waiver of Liability Statement
314
Model Number
Output Watts
Output Volts
Output Amps
Total Regulation
SPU63-105 SPU63-106 SPU63-107 SPU63-108 SPU63-109 SPU63-110 SPU63-111
57 63 63 63 63 63 63
12V 15V 18V 24V 30V 36V 48V
4.75A 4.2A 3.5A 2.62A 2.1A 1.75A 1.31A
5% 5% 5% 5% 5% 3% 3%
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU63 series Mechanical Dimensions
COAXIAL PLUG: 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+” -Vout
+Vout
External
63W Desktop Switching Power Supplies
SPU63-105-106 Output Cord 48”, 16AWG SPU-63-107-111 Output Cord Length 72”, 18AWG
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
315
SPU68 series 68 WATT Desktop Switching Power Supplies
External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz IEC-320-C14 Input Inlet Single Output Class I Power Consumption (No load) < 0.5 LPS Efficiency Level IV Over Voltage Protection (Crowbar Design)
Input Specifications
General Specifications
Environmental Specifications Output Specifications
Output Derating Curve
Physical Specifications C *Please see page 4 for Waiver of Liability Statement
Model Number SPU68-105 SPU68-108
316
www.astrodyne.com
Output Voltage 12 Volts(DC) 24 Volts(DC)
Output Amps 5.0 Amps 2.50 Amps
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
Output Peak Current 6.66 Amps 3.33 Amps
SPU68 series Mechanical Dimensions SPU68-105/108 Output Cord Length 48â&#x20AC;? 18AWG
External
68 WATT Desktop Switching Power Supplies
Features: The over current protection apparatus in accordance with the present invention allows the power supply to output the undulated current. lot (A)
1 setting value
t < td
t < td td=45 seconds T (sec)
0 The power supply still operates normally
www.astrodyne.com
Turn off power supply
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
317
SPU80 series 80W Desktop Switching Power Supplies with PFC
External
90-264VAC Input IEC-320-C14 Input Receptacle Power Factor Correction LPS Efficiency Level V Splash Proof Case
Unit Measures 5.75”W x 1.69”L x 3.0”H
Input Specifications
General Specifications
Physical Specifications
Output Specifications
Environmental Specifications
*Please see page 4 for Waiver of Liability Statement
318
www.astrodyne.com
Model Number
Output Volts
Output Amps
Total Regulation
SPU80-105 SPU80-106 SPU80-107 SPU80-108 SPU80-109 SPU80-110 SPU80-111
12V 15V 18V 24V 30V 36V 48V
6.66A 5.33A 4.44A 3.33A 2.66A 2.22A 1.66A
5% 5% 5% 5% 5% 5% 5%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SPU80 series Mechanical Dimensions
5 Pin DIN
3
1 4
5 2
1. COM 2. COM 3. Vout 4. COM 5. Vout Shell = GND
External
80W Desktop Switching Power Supplies with PFC
43.0 ± 1.0 (1.69”) 0.7 ± 1.0 (0.03)
76.0 ± 1.0 (2.99”)
146.0 ± 1.0 (5.75”)
AC INPUT IEC 320 INLET
Output Cord Length 72” typ.
Output Derating Curve
C
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
319
SPU131 series 130 WATT Desktop Switching Power Supplies for I.T.E.
External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz
Input Surge Current, Over Voltage and Over Current Protection
IEC-320-C14 Input Inlet
Output Voltage Protection
Single Output
Power Factor Correction
Class I
Input Specifications
Physical Specifications
Environmental Specifications Output Specifications
Output Derating Curve
General Specifications
C
320
Model Number
Output Voltage
Output Amps
Output Connector
SPU131-105(S) SPU131-106(S) SPU131-107(S) SPU131-108(S) SPU131-109(S) SPU131-110(S) SPU131-111(S) SPU131-112(S)
12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 30 Volts(DC) 36 Volts(DC) 48 Volts(DC) 55 Volts(DC)
10.84 Amps 8.66 Amps 7.22 Amps 5.42 Amps 4.33 Amps 3.61 Amps 2.70 Amps 2.36 Amps
5 Pin DIN 5 Pin DIN 5 Pin DIN 5 Pin DIN 2.1mm Coax. 2.1mm Coax. 2.1mm Coax. 2.1mm Coax.
www.astrodyne.com
*Please see page 4 for Waiver of Liability Statement
Note: "(S)" Denotes that there is an ON/OFF Switch option available for the SPU131 family of products. To order an SPU131 product with the optional ON/OFF Switch, simply add an "S" to the end of the standard Part Number. For example SPU131-105S.
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SPU131 series 130 WATT Desktop Switching Power Supplies for I.T.E.
External
Mechanical Dimensions
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
321
VPU10 series 10 Watt Wallmount Switching Power Supplies External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz 2 Prong Plug-In Mains Connector
Class II LPS Efficiency Level V
Output Voltage Available from 5Volts(DC) thru 48Volts(DC) Single Output
General Specifications Isolation Efficiency @ FL @230VAC EMI
Physical Specifications 4242 Volts(DC) 71% min. / 76% typ. / 85% max CISPR-22 Class B @ 220VAC FCC PART-15 Class B @ 110VAC
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity MTBF Temperature Coefficient Eficciency Level
0 to +70°C FL (See Derate) -40 to +85°C 5% to 95%, non-cond 0.1 MHrs MIL-HDBK-217F(25°C) ±0.04%/°C V
Input Specifications Input Voltage Range Frequency Range Input Current @ FL Inrush Current @ FL (Cold Start) Leakage Current @ FL No Load Power Consumption
322
90-264 VAC 47-63 Hz Low Line 0.3Amps @ 115VAC High Line 0.2Amps @ 230VAC Low Line 35Amps typ. @ 115VAC 40Amps max @ 115VAC High Line 70Amps typ. @230VAC 80Amps max @ 230VAC 0.25 mAmps max. @ 240VAC 0.2 mAmps typ. @ 240VAC 0.3W max @ 240VAC
Size Weight Output Connector
56.0 x 44.0 x 27.5 mm 2.2” x 1.73” x 1.08” 3.17oz (90g) 2.1 x 5.5 x 11mm Coaxial
Output Specifications Voltage and Current Load Regulation @ FL Line Regulation @ FL Transient Response Ripple/Noise @ FL Start Up 100Vin, FL Hold Up Time @ FL Short Circuit Protection
See Selection Chart ± 5%, max. @ 230VAC ±3%, typ. @ 230VAC ± 1%, max. ± 0.5% typ. 4mS @ 100VAC 1% Pk-Pk @ 90VAC max. 0.5% Pk-Pk @ 90VAC typ. 3S max. / 2S typ. 5mS min @ 100VAC 10mS typ. @ 100VAC Continuous
All specifications are typical at nominal input, full load, and 25°C unless otherwise noted
Model Number
Rated Power
Output Voltage
Output Amps
VPU10-102 VPU10-103 VPU10-104 VPU10-105 VPU10-106 VPU10-107 VPU10-108 VPU10-109 VPU10-110 VPU10-111
8 W 8 W 10 W 10 W 10 W 10 W 10 W 10 W 10 W 10 W
5 Volts(DC) 6 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 30 Volts(DC) 36 Volts(DC) 48 Volts(DC)
1.60 Amps 1.33 Amps 1.11 Amps 0.83 Amps 0.66 Amps 0.55 Amps 0.42 Amps 0.33 Amps 0.28 Amps 0.21 Amps
VPU10 series 10 Watt Wallmount Switching Power Supplies External
Mechanical Dimensions
DC Output Connections Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
Derating Curve
-Vout
+Vout
VPU10-102~105 Output Cord Length 48” 20AWG VPU10-106~111Output Cord Length 48” 24AWG
323
VPU11 series 10 Watt Wallmount Switching Power Supplies External
Wide Input Voltage 90 to 264 VAC, 47 to 63 Hz 2 Prong Plug-In Mains Connector
Class II LPS Efficiency Level V
Output Voltage Available from 5Volts(DC) thru 48Volts(DC) Single Output
General Specifications Isolation Efficiency @ FL @230VAC EMI
Physical Specifications 4242 Volts(DC) 71% min. / 76% typ. / 85% max CISPR-22 Class B @ 220VAC FCC PART-15 Class B @ 110VAC
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity MTBF Temperature Coefficient Efficiency Level
0 to +70°C FL (See Derate) -40 to +85°C 5% to 95%, non-cond 0.1 MHrs MIL-HDBK-217F(25°C) ±0.04%/°C V
Input Specifications Input Voltage Range Frequency Range Input Current @ FL Inrush Current @ FL (Cold Start) Leakage Current @ FL No Load Power Consumption
324
90-264 VAC 47-63 Hz Low Line 0.3Amps @ 115VAC High Line 0.2Amps @ 230VAC Low Line 35Amps typ. @ 115VAC 40Amps max @ 115VAC High Line 70Amps typ. @230VAC 80Amps max @ 230VAC 0.25 mAmps max. @ 240VAC 0.2 mAmps typ. @ 240VAC 0.3W max @ 240VAC
Size Weight Output Connector
59.0 x 44.0 x 27.5 mm 2.32” x 1.73” x 1.08” 3.17oz (90g) 2.1 x 5.5 x 11mm Coaxial
Output Specifications Voltage and Current Load Regulation @ FL Line Regulation @ FL Transient Response Ripple/Noise @ FL Start Up 100Vin, FL Hold Up Time @ FL Short Circuit Protection
See Selection Charts ± 5%, max. @ 230VAC ±3%, typ. @ 230VAC ± 1%, max. ± 0.5% typ. 4mS @ 100VAC 1% Pk-Pk @ 90VAC max. 0.5% Pk-Pk @ 90VAC typ. 3S max. / 2S typ. 5mS min @ 100VAC 10mS typ. @ 100VAC Continuous
All specifications are typical at nominal input, full load, and 25°C unless otherwise noted
Model Number
Rated Power
Output Voltage
Output Amps
VPU11-102 VPU11-103 VPU11-104 VPU11-105 VPU11-106 VPU11-107 VPU11-108 VPU11-109 VPU11-110 VPU11-111
8 W 8 W 10 W 10 W 10 W 10 W 10 W 10 W 10 W 10 W
5 Volts(DC) 6 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 30 Volts(DC) 36 Volts(DC) 48 Volts(DC)
1.60 Amps 1.33 Amps 1.11 Amps 0.83 Amps 0.66 Amps 0.55 Amps 0.42 Amps 0.33 Amps 0.28 Amps 0.21 Amps
VPU11 series 10 Watt Wallmount Switching Power Supplies External
Mechanical Dimensions
DC Output Connections Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
-Vout
+Vout
VPU11-102~105 Output Cord Length 48” 20AWG VPU11-106~111Output Cord Length 48” 24AWG
Derating Curve
325
VPU15 series 15 Watt Interchangeable Wallmount Switching Power Adapters External
Universal 90-264VAC Input
3000V Isolation
Interchangeable US, UK, AU, EU Plugs for Worldwide Applications (Sold Separately)
Class II LPS Efficiency Level V
Single Outputs from 5 to 48VDC
General Specifications Isolation Efficiency @ FL @230VAC EMI
Physical Specifications 4242 Volts(DC) 71% min. / 76% typ. / 85% max CISPR-22 Class B @ 220VAC FCC PART-15 Class B @ 110VAC
Size Construction Weight
Output Specifications
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity EMI MTBF Efficiency Level
Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise (FL, 90Vin) Short Circuit Protection Start Up / Hold Up Time
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs V
See Selection Charts 0 to FL Rating ± 3%, typ. ± 1%, max. 100Vin, FL to 1/2L 4mS ±0.04%/°C, typ 1% Pk-Pk max. Continuous * 100Vin, FL 3S max. / 5 mS min.
All specifications are typical at nominal input, full load, and 25°C unless otherwise noted
Input Specifications Input Voltage Range Frequency Range Input Current Inrush Current, typ (Cold Start) Leakage Current No Load Power Consumption
2.36” x 1.81” x 1.58” Wallmount Style 5.8oz (165g)
90-264 VAC 47-63 Hz Low Line (115VAC) 0.4A High Line (230VAC) 0.26A Low Line (115VAC) 40A max. High Line (230VAC) 80A max. 0.25mA max. @ 240 VAC, FL 0.3W max.
* These are stress ratings. Exposure of the devices to any of these conditions may adversely affect long term reliability. Proper operation under conditions other than the standard operating conditions is neither warranteed nor implied.
Model Number
Rated Power
Output Voltage
Output Amps
Total Regulation
VPU15-102 VPU15-103 VPU15-104 VPU15-105 VPU15-106 VPU15-107 VPU15-108 VPU15-109 VPU15-110
12 12 15 15 15 15 15 15 15
5V 6V 10V 12V 15V 18V 24V 30V 36V
2.4A 2.0A 1.5A 1.25A 1.0A 0.83A 0.62A 0.5A 0.41A
5% 5% 5% 5% 5% 5% 5% 5% 3%
VPU15-111
15
48V
0.31A
3%
Note: The Interchangeable Input Plugs are sold separately. See the Mechanical Dimensions for the styles offered and Model Numbers. Contact Sales for pricing.
326
VPU15 series 15 Watt Interchangeable Wallmount Switching Power Adapters External
Mechanical Dimensions * (Model # VPU-US)
(Model # VPU-EU)
*NOTE: Input Plugs Sold Separately
(Model # VPU-UK)
(Model # VPU-AU)
DC Output Connections VPU15-102~104 Output Cord Length 48” 18AWG VPU15-105~111 Output Cord Length 48” 20AWG
Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
-Vout
+Vout
Derating Curve
327
VPU26 series 25 Watt Interchangeable Wallmount Switching Power AdaptersAdapters External
Universal 90-264VAC Input
3000V Isolation
Interchangeable US, UK, AU, EU Plugs for Worldwide Applications (Sold Separately)
Class II
Single Outputs from 5 to 48VDC
LPS Efficiency Level V
General Specifications Isolation Isolation Resistance Efficiency (FL, 230Vin) Safety
Physical Specifications I/P - O/P: 3000 VAC 50 MΩ min. 82%, typ. (c)UL60950-1, EN60950-1
Size Construction Weight
Output Specifications
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity EMI MTBF Efficiency Level
2.95” x 1.81” x 1.58” Wallmount Style 7.05oz (200g)
Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise (FL, 90Vin) Short Circuit Protection Start Up / Hold Up Time
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs V
See Selection Charts 0 to FL Rating ± 3%, typ. ± 1%, max. 100Vin, FL to 1/2L 4mS ±0.04%/°C, typ 1% Pk-Pk max. Continuous * 100Vin, FL 3S max. / 8 mS min.
Input Specifications Input Voltage Range Frequency Range Input Current Inrush Current, typ (Cold Start) Leakage Current No Load Power Consumption
328
90-264 VAC 47-63 Hz Low Line (115VAC) 0.4A High Line (230VAC) 0.25A Low Line (115VAC) 50A max. High Line (230VAC) 100A max. 0.75mA max. @ 240 VAC, FL 0.3W max.
Model Number
Rated Power
VPU26-102 VPU26-103 VPU26-104 VPU26-105 VPU26-106 VPU26-107 VPU26-108 VPU26-109 VPU26-110 VPU26-111
16.5 20 22 25 25 25 25 25 25 25
Output Voltage
Output Amps
Total Regulation
5V 3.3A 5% 6V 3.33A 5% 10V 2.2A 5% 12V 2.08A 5% 15V 1.66A 5% 18V 1.39A 5% 24V 1.04A 3% 30V 0.83 3% All specifications are typical at nominal input, full load, and 25°C unless 36V 0.69A 3% otherwise noted 48V 0.52A 2%
These are stressDimensions ratings. Exposure of theoffered devicesand to any of these Note: The Interchangeable Input Plugs are sold separately. See* the Mechanical for the styles Model Numbers. conditions may adversely affect long term reliability. Proper operation Contact Sales for pricing. under conditions other than the standard operating conditions is neither warranteed nor implied.
VPU26 series 25 Watt Interchangeable Wallmount Switching Power AdaptersAdapters External
Mechanical Dimensions * (Model # VPU-EU)
(Model # VPU-US)
(Model # VPU-UK)
(Model # VPU-AU)
DC Output Connections VPU26-102~106 Output Cord Length 48” 16AWG VPU26-107~111 Output Cord Length 48” 18AWG *NOTE: Input Plugs Sold Separately
Coaxial Plug 5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+”
-Vout
+Vout
Derating Curve
329
VPU40 series 40W Desktop Switching Power Supplies External
Universal 90-264VAC Input
3000V Isolation
2 Input Receptacle Options
Class I
Single Outputs from 5 to 48VDC
LPS Efficiency Level V (Most Models)
General Specifications Input-Out Isolation Input-Ground Isolation Isolation Resistance Efficiency (FL, 230Vin) Safety Efficiency Level V
Physical Specifications 3000 VAC 1500VAC 50 Mohm min. 87%, typ (c)UL60950-1; EN60950-1 SPU40-104~111 Only
Size Construction Weight
Output Specifications Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise Over Current Protection Start Up / Hold Up Time
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity EMC MTBF
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs
See Selection Charts 0 to FL Rating +/- 7%, max. +/- 1%, max. 100Vin, FL to 1/2L 4mS +/-0.04%/°C, typ FL, 90Vin 1% Pk-Pk, max. 110-150% * 100Vin, FL 3S max. / 10mS min.
All specifications are typical at nominal input, full load, and 25°C unless otherwise noted
Input Specifications Input Voltage Range Frequency Range Input Current Inrush Current, typ (Cold Start) Leakage Current
4.21” x 1.85” x 1.19” Desktop Style 9.88oz (280g)
* These are stress ratings. Exposure of the devices to any of these conditions may adversely affect long term reliability. Proper operation under conditions other than the standard operating conditions is neither warranteed nor implied.
90-264 VAC (Universal) 47-63 Hz Low Line (115VAC) 0.8A High Line (230VAC) 0.52A Low Line (115VAC) 35A max. High Line (230VAC) 70A max. 0.75mA MAX. @ 240 VAC, FL
Model Number
Rated Power
Output Voltage
Output Amps
Total Regulation
*VPU40 (A or B)-102 *VPU40 (A or B)-103 *VPU40 (A or B)-104 *VPU40 (A or B)-105 *VPU40 (A or B)-106 *VPU40 (A or B)-107 *VPU40 (A or B)-108 *VPU40 (A or B)-109 *VPU40 (A or B)-110 *VPU40 (A or B)-111
25 30 35 40 40 40 40 40 40 40
5V 6V 10V 12V 15V 18V 24V 30V 36V 48V
5A 5A 3.5A 3.33A 2.66A 2.22A 1.66A 1.33A 1.11A 0.83A
5% 5% 5% 5% 5% 3% 3% 3% 3% 3%
Note: The Asterisk * denotes a choice of AC input connectors (A or B option; i.e. VPU40B-102). Please see Mechanical Dimensions. If not denoted, option “A” IEC-320-C14 connector is used. Low cost 3 Wire IEC320/C13 (Part Number ACCRD-C13) and 2 Wire IEC320/C7 (Part Number ACCRD-C7) Input Power Cords are available for these products. Inquire to the Astrodyne Sales Depart.
330
VPU40 series Mechanical Dimensions Coaxial Plug:
External
40W Desktop Switching Power Supplies
5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center “+” -Vout
+Vout
VPU40x-102~105 16AWG, 4’ Long VPU40x-106~108 18AWG, 4’ Long VPU40x-106~108 18AWG, 6’ Long
Derating Curve
331
VPU60 series 60W Desktop Switching Power Supplies External
Universal 90-264VAC Input
3000V Isolation
IEC-320-C14 Input Inlet
Class I
Single Outputs
LPS Efficiency Level V
General Specifications Input-Out Isolation Input-Ground Isolation Isolation Resistance Efficiency (FL, 230Vin) Safety - PENDING
Physical Specifications 3000 VAC 1500VAC 50 Mohm min. 87%, typ (c)UL60950-1; EN60950-1
Size Construction Weight
Output Specifications Voltage and Current Output Power Range Load Regulation (230Vin) Line Regulation Transient Response Temperature Coefficient Ripple/Noise Over Current Protection Start Up / Hold Up Time
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity EMC MTBF Efficiency Level
0 to +40°C (FL) * 50% Load @ 70°C (See Derate Curve) -40 to +85°C * 5% to 95%, non-cond * 110Vin: FCC Part 15 Class B 220Vin: CISPR-22 Class B 100,000 Hrs V
See Selection Charts 0 to FL Rating +/- 5%, max. +/- 1%, max. 100Vin, FL to 1/2L 4mS +/-0.04%/°C, typ FL, 90Vin 1% Pk-Pk, max. 110-150% * 100Vin, FL 2S max. / 10mS min.
All specifications are typical at nominal input, full load, and 25°C unless otherwise noted
Input Specifications Input Voltage Range Frequency Range Input Current
4.65” x 1.85” x 1.19” Desktop Style 12oz (340g)
* These are stress ratings. Exposure of the devices to any of these conditions may adversely affect long term reliability. Proper operation under conditions other than the standard operating conditions is neither warranteed nor implied.
90-264 VAC (100-240 Nominal) 47-63 Hz Low Line (115VAC) 1.6A High Line (230VAC) 0.7A
Model Number
Rated Power
Output Voltage
Output Amps
Total Regulation
*VPU60A-105 *VPU60A-106 *VPU60A-107 *VPU60A-108 *VPU60A-109 *VPU60A-110 *VPU60A-111
60 60 60 60 60 60 60
12V 15V 18V 24V 30V 36V 48V
5A 4A 3.33A 2.5A 2.0A 1.66A 1.25A
5% 5% 5% 3% 3% 3% 3%
Note: Low cost 3 Wire IEC320/C13 (Part Number ACCRD-C13) Input Power Cords are available for these products. Inquire to the Astrodyne Sales Depart.
332
VPU60 series Mechanical Dimensions Coaxial Plug:
External
60W Desktop Switching Power Supplies
5.5mm outer diameter 2.1mm inner diameter, female 11mm length, center â&#x20AC;&#x153;+â&#x20AC;? -Vout
+Vout
Derating Curve
333
ENCLOSED power supplies Enclosed switching power supplies offer flexible system-power solutions for industrial, instrumentation, medical, networking and telecom applications. Although these supplies offer similar functionality to open-frame and other power supply styles, they typically provide higher power levels with ratings ranging from a few tens of watts up to a kilowatt or more. Some models offer parallel operation for even higher power output. The metal enclosure on these supplies serves two purposes. It prevents exposure to high voltages present within the supply, while also enhancing cooling of the power supply. Enclosed switching power supplies typically operate from a universal ac input and generate well-regulated, single or multiple dc outputs. Power conversion efficiencies commonly fall in the 75% to 88% range.
Enclosed
When selecting an enclosed power supply consider the following criteria as they relate to your application requirements: Output Voltage (V) and Current (A). Application requirements for supply voltage vary widely. To accommodate these needs, enclosed supplies offer either single or multiple output voltages, typically in the range of 3.3 to 48 Vdc. Note that power supply output voltages are specified at the nominal values, but can typically be adjusted within a Âą10% trim range. When determining the supply-voltage levels required in an application, note the current levels that will be required at each voltage. Power rating (W). If only a single supply voltage is needed, the power rating required of the supply will simply be the supply voltage times the maximum current required in the application. If multiple outputs are needed, add up the voltage-times-current products for all of the supply voltages to determine the power rating. Good engineering practice dictates that you select a power supply model with a rating that provides some design margin. Serviceability. The presence of an enclosure and the use of screw-terminal connections for inputs and outputs prevents user access to high-voltage circuitry within the power supply. This safety measure is desirable in some applications. Form factor/Mounting. The space available in your application may impose limits on power supply size and packaging. In general, power supply size scales with power rating, but not always. Some power ratings are available in different package sizes, reflecting the fact that newer models often take advantage of improved performance to achieve smaller form factors. For screw-mount assembly into an external chassis, enclosed supplies feature tapped holes on two surfaces, permitting a choice of mounting orientations. Thermal management. Within the supply, power semiconductors are often mounted to the enclosure, which in turn mounts to an external chassis. As a result of this assembly, there is a direct path for heat conduction from the internal power supply components to the chassis. Because of its typically large surface area, the chassis may serve as an effective heat sink, allowing for the possibility of convection cooling in the application. Consider ambient temperature range in your application and power supply thermal ratings to determine if convection cooling may be adequate in your application. Forced air cooling. Among enclosed power supplies, some models with higher power ratings include built-in fans for cooling the supply. At lower power ratings, enclosed supplies typically feature vented enclosures that allow for forced-air cooling via an external fan. So consider airflow conditions in your application along with ambient temperature range and power supply thermal ratings. Harmonic current limits. Power supplies rated for 75 VA or greater output are subject to EN61000-3-2 limits on harmonic currents on the input of the supply. Units that feature active power factor correction will generally comply with this international standard. Electromagnetic Compliance (EMC). Open-frame power supplies are typically designed to meet radiated and conducted emission requirements established in the EN61000 and EN55022 standards. However, having these EMC certifications on the power supply does not guarantee system compliance for the end product. Safety Standards. Open-frame power supplies typically meet UL60950-1 and EN60950-1 safety standards as tested and reported in accordance with the IECEE CB scheme. In addition, these supplies generally carry the CE mark, indicating compliance with the Low Voltage Directive (LVD) as required for sale of the supplies within the European Union. Feature set. Enclosed power supplies with high power ratings also have high output-current capability. In the application, heavy load currents combined with long interconnects can lead to voltage drops and loss of voltage regulation at the load. To compensate, some enclosed supplies feature remote voltage sensing.
334
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458 8
PV15 series Compact 15 WATT Enclosed Switching Power Supplies Universal 90-264VAC Input Compact Footprint High Efficiency Regulated Outputs 3000V Isolation
Enclosed
Unit Measures 2.59”W x 1.98”L x 1.1”H
Built in EMI Filter
Input Specifications Input Voltage Range AC/DC Frequency Range Inrush Current, typ:
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity EMC
90-264 VAC / 125-370 VDC 47-63 Hz 20A @ 120VAC Input * 40A @ 220VAC Input *
-20 to +70°C (See Derate) -20 to +85°C * 0% to +95%, non-cond * EN55022 Class B EN61000-3-2,3 EN61000-4-2,3,4,5,6,8,11 ENV50204
Output Specifi cations OUTPUT SPECIFICATIONS Voltage and Current Load Regulation (20% to 100%) Line Regulation Preset Accuracy DC Voltage Adjust (typ) Temperature Coefficient Ripple/Noise Over Voltage Protection Short Circuit Protection Hold Up Time
See Selection Chart ± 0.5%, typ.; 1% max. ± 0.5%, typ.; 1% max. 1%, typ ± 10% ± 0.03%/°C (0-50°C, typ.) See Selection Chart Clamp * Latching, recoverable after cooling and re-power 16mS, typ (Nom I/P, FL)
Physical Specifi cations PHYSICAL SPECIFICATIONS Size Construction Weight
DERATE CURVE Output Derating Curve
100 80
Efficiency Switching Frequency Safety Approvals
Load (%)
General Specifi cations GENERAL SPECIFICATIONS Isolation
I/P-O/P: 3000VAC I/P-Ground: 1500VAC O/P-Ground 500VAC See Selection Chart 65Khz, (fixed, typical) UL60950-1, EN60950-1
2.59” x 1.98” x 1.1” (66mm x 50.4mm x 28mm) Enclosed 0.275 lb, (125g)
60 40 20 -20 10 20 30 40 50 60 70
*Please see page 4 for Waiver of Liability Statement
Ambient Temp. (°C)
Model Number
Output Voltage
Output Amps (max) Ripple/Noise pp,typ
Efficiency
PV15-5S PV15-12S PV15-15S PV15-24S PV15-48S
5 VDC 12 VDC 15 VDC 24 VDC 48 VDC
3 1.25 1 0.63 0.32
77% 80% 80% 80% 80%
www.astrodyne.com
80mV 120mV 120mV 120mV 120mV
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
335
PV15 series Compact 15 WATT Enclosed Switching Power Supplies
Mechanical Dimensions
Enclosed Use M3 Screws
[2.598] 66 mm
L [AC] N
ACL ACN
-Vo +Vo
336
www.astrodyne.com
-V +V
[2.008] 51 mm
FG
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RS25 series 25W Single Output Switching Power Supply Universal AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on
Enclosed
All using 105°C long life electrolytic capacitors High efficiency, long life and high reliability
Output Specifications
Input Specifications
Environmental Specifications
Note Physical Specifications
Model Number
Output Volts
Output Amps
Ripple & Noise
Min Load
SINGLE OUTPUT RS25-3.3 RS25-5 RS25-12 RS25-15 RS25-24 RS25-48
3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC)
6 Amps 5 Amps 2.1 Amps 1.7 Amps 1.1 Amps 0.57 Amps
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
0~6Amps 0~5Amps 0~2.1Amps 0~1.7Amps 0~1.1Amps 0~0.57Amps
www.astrodyne.com
DC Volt Adjust
2.85~3.6Volt(DC) 4.75~5.5Volt(DC) 10.8~13.2Volt(DC) 13.5~16.5Volt(DC) 22~27.6Volt(DC) 42~54Volt(DC)
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Load Reg Volt Tolerance
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
337
RS25 series 25W Single Output Switching Power Supply
General Specifications
Enclosed
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
338
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RS25 series 25W Single Output Switching Power Supply
Enclosed
Block Diagram
Output Derating Curve
Static Characteristics (24V)
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
339
RS/RD35 series 35W Single/Dual Switching Power Supply Universal AC input Protections:Short circuit/Over load/Over voltage LED indicator for power on All using 105°C long life electrolytic capacitors High efficiency, long life and high reliability
Enclosed
Input Specifications
General Specifications
Environmental Specifications
Model Number
Output Volts
SINGLE OUTPUT RS35-3.3 3.3 Volts(DC) RS35-5 5 Volts(DC) RS35-12 12 Volts(DC) RS35-15 15 Volts(DC) RS35-24 24 Volts(DC) RS35-48 48 Volts(DC)
Model Number DUAL OUTPUT RD-35A RD-35B RD-3513
340
Output Amps
7 Amps 7 Amps 3.0 Amps 2.4 Amps 1.5 Amps 0.8 Amps
Output Volts
Output Amps
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC) 13.5 Volts(DC) -13.5 Volts(DC)
4 Amps 1 Amps 2.2 Amps 1 Amps 1.3 Amps 1.3 Amps
Ripple & Noise
Min Load
DC Volt Adjust Load Reg Volt Tolerance
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
0~7Amps 0~7Amps 0~3Amps 0~2.4Amps 0~1.5Amps 0~0.8Amps
2.9~3.6Volt(DC) 4.5~5.5Volt(DC 10.8~13.2Volt(DC 13.5~16.5Volt(DC 22~27.6Volt(DC) 42~54Volt(DC)
Ripple & Noise
Min Load
Line Reg
Load Reg
±0.5% ±1.5% ±0.5% ±1.0% ±0.5% ±0.5%
±0.5% ±3.0% ±0.5% ±2.0% ±3.0% ±3.0%
80mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk
www.astrodyne.com
0.3~4Amps 0.2~1Amps 0.3~4Amps 0.2~1.3Amps 0.3~2Amps 0.2~1.5Amps
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
Volt Tolerance
±2.0% ±6.0% ±2.0% ±5.0% ±4.0% ±4.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
RS/RD35 series 35W Single/Dual Switching Power Supply
Output Specifications
Physical Specifications
Enclosed
Note
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve - RS35
100
100
80
80 Load (%)
Load (%)
Output Derating Curve - RD35
60 40 20 -25 -25
Others
60
3.3V, 5V
40 20
0 0
10
20
30
40
50
60
70
HORIZONTAL
-25 -25
0 0
Ambient Temp. (°C)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
10
20
30
40
50
60
70
HORIZONTAL
Ambient Temp. (°C)
341
RS/RD35 series 35W Single/Dual Switching Power Supply Unit:mm
Mechanical Dimensions - RD35
Enclosed 342
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RS/RD35 series 35W Single/Dual Switching Power Supply Unit:mm
Enclosed
Mechanical Dimensions - RS35
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
343
R50 series 50W Enclosed Style Switching Power Supply Universal AC input
All using 105°C long life electrolytic capacitors
Protections:Short circuit/Over load/Over voltage
High efficiency, long life and high reliability
Cooling by free air convection
Isolated Output (RID Versions)
LED indicator for power on
Enclosed
Model Number
Output Volts
Output Amps Ripple & Noise
Min Load
SINGLE OUTPUT RS50-3.3 RS50-5 RS50-12 RS50-15 RS50-24 RS50-48
3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC)
10 Amps 10 Amps 4.2 Amps 3.4 Amps 2.2 Amps 1.1 Amps
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
0~10Amps 0~10Amps 0~4.2Amps 0~3.4Amps 0~2.2Amps 0~1.1Amps
±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
72% 78% 81% 83% 84% 86%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC) 5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC)
6 Amps 2 Amps 4 Amps 1.4 Amps 6 Amps 2 Amps 4 Amps 1.4 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk 80mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk
0.3~6Amps 0.3~3Amps 0.3~6Amps 0.2~2.0Amps 0.3 ~ 6Amps 0.2 ~ 3Amps 0.3 ~ 6Amps 0.2 ~ 2Amps
±0.5% ±1.5% ±0.5% ±1.5% ±0.5% ±1.5% ±0.5% ±1.5%
±0.5% ±3.0% ±0.5% ±3.0% ±0.5% ±0.5% ±0.5% ±0.5%
79%
± 2.0% ±7.0% ±2.0% -4,+8% ± 2.0% ± 8.0% ± 2.0% ± 8,-4%
TRIPLE OUTPUT RT-50A 5 Volts(DC) 12 Volts(DC) -5 Volts(DC) RT-50B 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) RT-50C 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) RT-50D 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
4 Amps 2 Amps 0.5 Amps 4 Amps 2 Amps 0.5 Amps 4 Amps 1.5 Amps 0.5 Amps 3 Amps 1 Amps 1 Amps
80mV pk-pk 120mV pk-pk 100mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk 120mV pk-pk
0.5~5Amps 0.2~2.5Amps 0.1~1Amps 0.5~5Amps 0.2~2.5Amps 0.1~1Amps 0~5Amps 0.2~2Amps 0.1~1Amps 0.5~5Amps 0.2~1.5Amps 0.1~1Amps
±0.5% ±1.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±2.0% ±2.0%
±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±4.0%
5.0 Amps 1.0 Amps 0.5 Amps 0.5 Amps 5.0 Amps 1.0 Amps 0.5 Amps 0.5 Amps 3.0 Amps 0.9 Amps 0.9 Amps 0.5 Amps
80mVpk-pk 120mVpk-pk 100mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 100mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 180mVpk-pk 80mVpk-pk
0.5~6Amps 0.2~1.5Amps 0~1.0Amps 0~1.0Amps 0.5~6Amps 0.2~1.5Amps 0~1.0Amps 0~1.0Amps 0.5~6Amps 0.2~1.5Amps 0.1~1.0Amps 0~1.0Amps
±0.5% ±1.5% ±0.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±0.5% ±1.5% ±2.0% ±0.5%
±0.5% ±3.0% ±1.0% ±1.0% ±0.5% ±3.0% ±1.0% ±1.0% ±0.5% ±3.0% ±3.0% ±1.0%
DUAL OUTPUT RD-50A RD-50B RID-50A RID-50B
QUAD OUTPUT RQ-50B
RQ-50C
RQ-50D
344
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -5 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC)
www.astrodyne.com
Line Reg
Load Reg
Efficiency Tolerance
80% 80% 80%
77%
77%
78%
80%
74%
75%
79%
±2.0% ±6.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% +8,-4% ±2.0% ±2.0% +8,-4% ±6.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±7,-5% ±2.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
R50 series 50W Enclosed Style Switching Power Supply
Input Voltage Range Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current
Environmental Specifications 90 ~ 264 VAC; 125~373 Volts(DC) 47-63 Hz 36Amps / 230VAC max. 1.3 Amps. @ 115VAC 0.8 Amps. @ 230VAC < 2mAmps /240VAC
Output Specifications Min Load Voltage and Current Line Regulation (Note 3) Load Regulation (Note 4) Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL Setup, Rise Time @ FL Over Voltage Protection (RD, RID, RT, RQ 5V O/P Only)
Over Current Protection DC Volt Adjust
See Selection Chart See Selection Chart See Selection Chart See Selection Chart See Selection Chart See Selection Chart 60mS/230VAC typ. 10mS/115VAC typ. 500ms, 20m/230VAC 1200mS, 30mS/115VAC 3.8 ~ 4.45Volt(DC): 3.3Volts(DC) 5.75 ~ 6.75Volt(DC): 5Volts(DC) 13.8 ~ 16.2Volt(DC): 12Volts(DC) 17.25 ~ 20.25Volt(DC): 15Volts(DC) 27.6~ 32.4Volt(DC): 24Volts(DC) 55.2~ 64.8Volt(DC): 48Volts(DC) Hiccup mode, auto recover 110 ~ 150% rated output power Hiccup mode, auto recover ±9%, typ.
Oper. Temperature Storage Temperature Relative Humidity Temperature Coefficient MTBF (RS50) (RD, RID50) (RT, RQ50) Vibration
-25°C to +70°C (See Derate Curve) -40°C to +85°C, 10~95% RH 20~90% RH non cond ±0.03% / °C (0-50°C) 228KHrs min,MIL-HDBK-217F(25°C) 172.6KHrs min, MIL-UDBK-217F(25°C) 169.2KHrs min, MIL-HDBK-217F(25 °C) 10~500Hz, 5G10min./1cycle, period for 60min. each along X, Y, Z axes
Note
Enclosed
Input Specifications
1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line regulation and load regulation. 3. Line regulation is measured from low line to high line at rated load. 4. Load regulation is measured from 0% to 100% rated load. *Please see page 4 for Waiver of Liability Statement
Output Derating Curve - RS, RT50
General Specifications Safety Insulation Resistance Harmonic Current Efficiency Isolation
UL60950-1, TUV EN60950-1 Approved 100M / 500Volts(DC) Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-4-2, 3, 4, 5, 6, 8, 11; ENV50204,EN61000-6-2(EN50082-2) heavy Industry Level, Criteria A
EMS
Output Derating VS Input Voltage
Physical Specifications Size Millimeters Inches Weight
www.astrodyne.com
99 x 97 x 36 3.90” x 3.23 ” x 3.82 ” 14.46 oz (410g)
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
345
R50 series 50W Enclosed Style Switching Power Supply
Mechanical Dimensions
Enclosed RQ50
RT50
RID50 RD50
346
RS50
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
R50 series 50W Enclosed Style Switching Power Supply
Enclosed
Block Diagram - RD50
Output Derating Curve - RD, RID, RQ50
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
347
R65 series 65W Enclosed Style Switching Power Supply Universal AC input Protections: Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on All using 105°C long life electrolytic capacitors
Enclosed
High efficiency, long life and high reliability
Model Number DUAL OUTPUT RD-65A RD-65B RID-65A RID-65B TRIPLE OUTPUT RT-65A
RT-65B
RT-65C
RT-65D
QUAD OUTPUT RQ-65B
RQ-65C
RQ-65D
348
Output Volts
Output Amps
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC) 5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC)
6 Amps 3 Amps 4 Amps 2 Amps 6 Amps 3 Amps 4 Amps 2 Amps
5 Volts(DC) 12 Volts(DC) -5Volts(DC) 5Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) -12Volts(DC) 5 Volts(DC) 15 Volts(DC) -5 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC)
Ripple & Noise
Min Load
Line Reg
Load Reg
80mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk 80mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk
0.3~8Amps 0.2~4Amps 0.3~8Amps 0.2~3Amps 0.3 ~ 8Amps 0.2 ~ 4Amps 0.3 ~ 8Amps 0.2 ~ 3Amps
±0.5% ±1.5% ±0.5% ±2.0% ±0.5% ±1.5% ±0.5% ±2.0%
±0.5% ±3.0% ±0.5% ±4.0% ±0.5% ±5.0% ±0.5% ±5.0%
6 Amps 2.8 Amps 0.5 Amps 5.0 Amps 2.8 Amps 0.5 Amps 5.0 Amps 2.2 Amps 0.5 Amps 4.0 Amps 1.5 Amps 1.0 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 80mV pk-pk 120mV pk-pk 80mV pk-pk 80mV pk-pk 120mV pk-pk 80mV pk-pk 80mV pk-pk 150mV pk-pk 120mV pk-pk
0.5~8Amps 0.2~3.5Amps 0~1Amps 0.5~8Amps 0.2~3.5Amps 0~1Amps 0.5~8Amps 0.2~3Amps 0~1Amps 0.5~8Amps 0.2~2Amps 0.1~1Amps
±0.5% ±1.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±1.5% ±2.0%
±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±1.0% ±1.0% ±3.0% ±4.0%
6.0 Amps 2.0 Amps 0.5 Amps 0.5 Amps 5.0 Amps 2.0 Amps 0.5 Amps 0.5 Amps 4.0 Amps 1.5Amps 1.0 Amps 0.5Amps
80mVpk-pk 120mVpk-pk 80mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 80mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 180mVpk-pk 80mVpk-pk
0.5~8.0Amps 0.2~3.0Amps 0~1.0Amps 0~1.0Amps 0.5~8.0Amps 0.2~3.0Amps 0~1.0Amps 0~1.0Amps 0.5~8.0Amps 0.2~3.0Amps 0.1~1.5Amps 0~1.0Amps
±0.5% ±1.5% ±0.5% ±0.5% ±0.5% ±1.5% ±0.5% ±0.5% ±0.5% ±1.5% ±2.0% ±0.5%
±0.5% ±3.0% ±1.0% ±1.0% ±0.5% ±4.0% ±1.0% ±1.0% ±0.5% ±3.0% ±5.0% ±1.0%
www.astrodyne.com
Efficiency
79% 78% 81% 82%
77%
77%
78%
80%
76% 76% 76% 76% 76% 76% 76% 76% 78% 78% 78% 78%
Tolerance
±2.0% ±6.0% ±2.0% +4,-6% ±2.0% ±8.0% ±2.0% ±10% ±2.0% ±6.0% ±5.0% ±2.0% ±6.0% ±5.0% ±2.0% +8,-4% ±5.0% ±2.0% +4,-6% ±6.0%
±2.0% +7,-5% ±5.0% ±5.0% ±2.0% +10,-4% ±5.0% ±5.0% ±2.0% ±6.0% ±8.0% ±5.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
R65 series 65W Enclosed Style Switching Power Supply
Input Voltage Range Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current
90 ~ 264 VAC; 125~373 Volts(DC) 47-63 Hz 40Amps / 230VAC 2.0 Amps. @ 115VAC 1.2 Amps. @ 230VAC < 2mAmps /240VAC
O UTPUTSpecifi SPECcations IFICATIONS Output Voltage and Current (Note 5) Line Regulation (Note 3) Load Regulation (Note 4) Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL
See Selection Chart See Selection Chart See Selection Chart See Selection Chart See Selection Chart 50mS/230VAC typ. 12mS/115VAC typ. 500mS, 20m/230VAC 1200mS, 30mS/115VAC 5Volts only: 5.75 ~ 6.75Volts(DC) Hiccup mode, auto recover 110 ~ 150% rated output power Hiccup mode, auto recover 5Volts only: 4.75 ~ 5.5Volts(DC)
Setup, Rise Time @ FL Over Voltage Protection Over Current Protection DC Volt Adjust
Environmental Specifications O
S
Oper. Temperature Storage Temperature Relative Humidity Temperature Coefficient ) MTBF ((R D, RID65) ((RT65) , ) ((RQ65)) Vibration
C C
O S
-25°C to +70°C (See Derate Curve) -40°C to +85°C, 10~95% 20~90% RH non cond 0.03% / °C (0-50°C) on +5V output ( ) 265.9 KHrs min,, MIL-UDBK-217F(25°C) 254.6 KHrs min,, MIL-HDBK-217F(25°C) ( ) ( ) 245.5 KHrs min, MIL-HDBK-217F(25°C) 10~500Hz, 5G10min./1cycle, period for 60min. each along X, Y, Z axes
Safety Insulation Resistance EMI Harmonic Current Efficiency (typ.) Isolation
EMS
UL60950-1, TUV EN60950-1 Approved 100M / 500Volts(DC) Compliance to EN55022 (CISPR22) Class B Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-4-2, 3, 4, 5, 6, 8,11; ENV50204, EN60601-1-2, EN61000-6-2 (EN50082-2) Heavy Industry Level, Criteria A
Enclosed
GENERASpecifi L SPECcations IFICATIONS General
Input Specifi cations INPUT SPECIFICATIONS
Physical Specifications Size Millimeters Inches Weight
129 x 98 x 38 5.07” x 3.85 ” x 1.50 ” 15.52 oz (440g)
Note 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance: includes set up tolerance, line regulation and load regulation. 3. Line regulation is measured from low line to high line at rated load. 4. Load regulation is measured from 20% to 100% rated load, and other output at 60% rated load. 5. Each output can work within current range. But total output power can’t exceed rated output power. *Please see page 4 for Waiver of Liability Statement
Block Diagram
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
349
R65 series 65W Enclosed Style Switching Power Supply
Mechanical Dimensions
RD65
Enclosed RID65
RT65
RQ65
Output Derating Curve - RT65, RQ65
100
100
80
80
60
60
Load (%)
Load (%)
Output Derating Curve - RD65, RID65
40 20 -25
20 0
10
20
30
40
50
60
70
VERTICAL
Ambient Temp. (°C)
350
40
-25
0
10
20
30
40 50
60
70
VERTICAL
Ambient Temp. (°C) www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
R65 series 65W Enclosed Style Switching Power Supply
Output Derating VS Input Voltage Ta=25°C
100 80 70
Enclosed
Load (%)
90
60 50 40 88 95 100 115 120 140 160 180 200 220 240 264 Input Voltage (VAC) 60Hz
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
351
RS75 series 75W Single Output Switching Power Supply Universal AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on All using 105°C long life electrolytic capacitors
Enclosed
High efficiency, long life and high reliability
General Specifications
Input Specifications
Output Specifications
Environmental Specifications
352
Model Number
Output Volts
SINGLE OUTPUT RS75-3.3 RS75-5 RS75-12 RS75-15 RS75-24 RS75-48
3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC)
Output Amps
15 Amps 12 Amps 6.0 Amps 5.0 Amps 3.2 Amps 1.6 Amps
Ripple & Noise
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
www.astrodyne.com
Min Load
0~15Amps 0~12Amps 0~6.0Amps 0~5.0Amps 0~3.2Amps 0~1.6Amps
DC Volt Adjust
3~3.6Volt(DC) 4.75~5.5Volt(DC) 10.8~13.2Volt(DC 13.5~16.5Volt(DC) 22~27.2Volt(DC) 42~54Volt(DC)
Load Reg Volt Tolerance
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
RS75 series 75W Single Output Switching Power Supply
Physical Specifications
Note
Enclosed
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Output Derating Curve VS Input Voltage
Output Derating Curve
Ta=25°c 100
100
Others
60
Load (%)
Load (%)
80 3.3V, 5V
40
70 60 50
20 -25
90 80
40 0
10
20
30
40
50
60
70
Horizontal
88 95 100 110 120140 160 180 200220 240 264
Ambient Temp. (°C)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Input Voltage (VAC) 60Hz
353
R85 series 85W Enclosed Style Switching Power Supply Universal AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on All using 105°C long life electrolytic capacitors
Enclosed
High efficiency, long life and high reliability Isolated Output (RID85)
Model Number SINGLE OUTPUT RID-85A RID-85B DUAL OUTPUT RD-85A RD-85B TRIPLE OUTPUT RT-85A
RT-85B
RT-85C
RT-85D
Output Volts
Output Amps
Ripple & Noise
Min Load
Line Reg Load Reg Efficiency Tolerance
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC)
8 Amps 4 Amps 8 Amps 2 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk
2.0~10Amps 0.3~5Amps 2~10Amps 0.3~5Amps
±0.5% ±1.0% ±0.5% ±1.0%
±1.0% ±3.0% ±1.0% ±5.0%
80%
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC)
8 Amps 4 Amps 8 Amps 2 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk
2.0~10Amps 0.3~5Amps 2~10Amps 0.3~2.5Amps
±0.5% ±1.0% ±0.5% ±1.0%
±1.0% ±3.0% ±1.0% ±3.0%
78%
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
8.0 Amps 3.5 Amps 0.5 Amps 8.0 Amps 3.5 Amps 0.5 Amps 7.0 Amps 3.0 Amps 0.5 Amps 6.0 Amps 2.0 Amps 1.0 Amps
80mV pk-pk 120mV pk-pk 100mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk 120mV pk-pk
2~10Amps 0.3~4Amps 0~1Amps 2~10Amps 0.3~4Amps 0~1Amps 2~10Amps 0.3~4Amps 0~1Amps 2~10Amps 0.3~2.5Amps 0.1~1Amps
±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0%
±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0%
76%
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) -12Volts(DC) 5Volts(DC) 15 Volts(DC) -5 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC)
7.0 Amps 3.1 Amps 0.5 Amps 0.5 Amps 7.0 Amps 2.5 Amps 0.5 Amps 0.5 Amps 6.0 Amps 2.0 Amps 1.0 Amps 0.5 Amps
80mVpk-pk 120mVpk-pk 100mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 100mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 150mVpk-pk 80mVpk-pk
2.0~10Amps 0.3~4.0Amps 0~1.0Amps 0~1.0Amps 2.0~10Amps 0.3~4.0Amps 0~1. Amps 0~1.0Amps 2.0~10Amps 0.3~4.0Amps 0.1~1.5Amps 0~1.0Amps
±0.5% ±1.0% ±1.0% ±1.0% ±0.5% ±1.0% ±6.0% ±1.0% ±0.5% ±1.0% ±1.0% ±1.0%
±1.0% ±3.0% ±6.0% ±2.0% ±1.0% ±3.0% ±8.0% ±2.0% ±1.0% ±3.0% ±5.0% ±2.0%
81%
80%
76%
77%
79%
±2.0% ±8.0% ±2.0% ±5.0% ±2.0% ±5.0% ±2.0% ±5.0% ±2.0% ±5.0% ±6.0% ±2.0% ±5.0% ±6.0% ±2.0% +3,-7% ±6.0% ±2.0% ±5.0% ±6.0%
QUAD OUTPUT RQ-85B
RQ-85C
RQ-85D
354
www.astrodyne.com
76%
77%
78%
±2.0% +7,-3% ±8.0% ±5.0% ±2.0% +3,-7% ±8.0% ±5.0% ±2.0% +7,-3% +8.0% ±5.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
R85 series 85W Enclosed Style Switching Power Supply
General Specifications
Enclosed
Input Specifications
Output Specifications
Physical Specifications
Note Environmental Specifications
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve
www.astrodyne.com
Static Characteristics
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
355
R85 series 85W Enclosed Style Switching Power Supply Unit:mm
Mechanical Dimensions - RD85 & RID85
Enclosed RID85
RD85
Block Diagram
356
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
R85 series 85W Enclosed Style Switching Power Supply Unit:mm
Enclosed
Mechanical Dimensions - RT85 & RQ85
RT85
RQ85
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
357
RS100 series 100W Single Output Switching Power Supply Universal AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on All using 105°C long life electrolytic capacitors
Enclosed
High efficiency, long life and high reliability
Input Specifications
General Specifications
Output Specifications
Environmental Specifications
358
Model Number
Output Volts
SINGLE OUTPUT RS-100-3.3 RS-100-5 RS-100-12 RS-100-15 RS-100-24 RS-100-48
3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC)
Output Amps
20 Amps 16 Amps 8.5 Amps 7.0 Amps 4.5 Amps 2.3 Amps
Ripple & Noise
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
www.astrodyne.com
Min Load
0~20Amps 0~16Amps 0~8.5Amps 0~7.0Amps 0~4.5Amps 0~2.3Amps
DC Volt Adjust Load Reg Volt Tolerance
3.2~3.5Volt(DC) 4.75~5.5Volt(DC) 11.4~13.2Volt(DC 14.25~16.5Volt(DC) 22.8~26.4Volt(DC) 45.6~52.8Volt(DC)
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
RS100 series 100W Single Output Switching Power Supply
Physical Specifications
Notes
Enclosed
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Output Derating Curve
Static Characteristics Ta=25°C
100
100
Others
60
Load (%)
Load (%)
80 3.3V, 5V
40
70 60 50 40
20 -25
90 80
0
10
20
30
40
50
60
70
(Vertical)
88 95 100 115 120140 160 180 200220 240 264
Ambient Temp. (°C)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Input Voltage (VAC) 60Hz 359
R125 series 125W Enclosed Style Switching Power Supply Switch Selectable AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on All using 105°C long life electrolytic capacitors
Enclosed
High efficiency, long life and high reliability Isolated Output Model Number DUAL OUTPUT RD-125 RD-25B RD125-1224 RD125-1248 RD125-2448 RD125-2412 RD125-4812 RD125-4824 RID125-1205 RID125-2405 RID125-1224 RID125-1248 RID125-2448 TRIPLE OUTPUT RT-125A
RT-125B
RT-125C
RT-125D
Output Volts
Output Amps
5 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC) 24 Volts(DC) 12 Volts(DC) 48 Volts(DC) 24 Volts(DC) 48 Volts(DC) 24 Volts(DC) 12 Volts(DC) 48 Volts(DC) 12 Volts(DC) 48 Volts(DC) 24 Volts(DC) 12 Volts(DC) 5 Volts(DC) 24 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) 12 Volts(DC) 48 Volts(DC) 24 Volts(DC) 48 Volts(DC)
7.7 Amps 7.7 Amps 4.6 Amps 4.6 Amps 3.7 Amps 3.7 Amps 2.3 Amps 2.3 Amps 2.0 Amps 2.0 Amps 3.7 Amps 3.7 Amps 2.3 Amps 2.3 Amps 2.0 Amps 2.0 Amps 9.2 Amps 3 Amps 4.6 Amps 3.0 Amps 3.7 Amps 3.7 Amps 2.3 Amps 2.3 Amps 2.0 Amps 2.0 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk 120mV pk-pk 240mV pk-pk 200mV pk-pk 240mV pk-pk 200mV pk-pk 120mV pk-pk 240mV pk-pk 120mV pk-pk 240mV pk-pk 240mV pk-pk 1200mV pk-pk 80mV pk-pk 120mV pk-pk 80mV pk-pk 120mV pk-pk 200mV pk-pk 120mV pk-pk 240mV pk-pk 200mV pk-pk 240mV pk-pk
2.0~15Amps 0.5~10Amps 2~10Amps 0.4~5Amps 1.0~7Amps 0.4~5Amps 1.0~7Amps 0.2~2.5Amps 0.5~4Amps 0.2~2.5Amps 0.5~5Amps 1.0~7Amps 0.3~2.5Amps 1.0~7Amps 0.3~2.5Amps 0.5~4Amps 1~7Amps 0.4~5Amps 1~7Amps 0.2~2.5Amps 0.5~4Amps 0.2~2.5Amps 2~10.5Amps 0~3Amps 2~5.3Amps 0~3Amps
12 Amps 5.5 Amps 1.0 Amps 12 Amps 5.0 Amps 1.0 Amps 10 Amps 4.5 Amps 1.0 Amps 8.0 Amps 3.0 Amps 2.0 Amps
80mV pk-pk 120mV pk-pk 80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 80mV pk-pk 150mV pk-pk 150mV pk-pk 80mV pk-pk 150mV pk-pk 120mV pk-pk
2~15Amps 0.5~6Amps 0.1~1Amps 2~15Amps 0.5~6Amps 0.1~1Amps 2~15Amps 0.5~6Amps 0.1~1Amps 2~15Amps 0.4~4mps 0.1~2Amps
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
Ripple & Noise
Min Load
Line Reg ±1.0% ±2.0% ±1.0% ±2.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0%
Load Reg Efficiency ±3.0% ±4.0% ±3.0% ±4.0% ±1.0% ±5.0% ±1.0% ±5.0% ±1.0% ±3.0% ±1.0% ±5.0% ±1.0% ±5.0% ±1.0% ±5.0% ±1.0% ±2.0% ±1.0% ±2.0% ±1.0% ±5.0% ±1.0% ±5.0% ±1.0% ±3.0% ±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0% ±1.0% ±3.0% ±6.0%
82% 85% 85% 86% 86% 85% 86% 86% 80% 83% 85% 85% 86%
79%
80%
81%
82%
Tolerance ±5.0% ±7.0% ±5.0% ±7.0% ±2.0% +8,-5% ±2.0% +8,-5% ±1.0% ±4.0% ±2.0% ±10% ±2.0% ±10% ±1.0% ±8.0% ±2.0% ±3.0% ±2.0% ±3.0% ±2.0% +8, -5% ±2.0% +8, -5% ±1.0% ±4.0% ±2.0% +8,-3% +6,-10% ±2.0% +8,-3% ±6.0% ±2.0% +8,-3% ±6.0% ±2.0% ±5.0% ±6.0% Continued
360
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
R125 series 125W Enclosed Style Switching Power Supply
RQ-125B
RQ-125C
RQ-125D
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) -12Volts(DC) 5 Volts(DC) 15 Volts(DC) -5 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC)
11 Amps 4.5 Amps 1.0 Amps 0.5 Amps 10 Amps 4.0 Amps 1.0 Amps 0.5 Amps 8.0 Amps 2.5 Amps 2.0 Amps 0.5 Amps
Input Specifications
80mVpk-pk 120mVpk-pk 80mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 80mVpk-pk 80mVpk-pk 80mVpk-pk 120mVpk-pk 150mVpk-pk 80mVpk-pk
2.0~12Amps 0.5~4.5Amps 0.1~1.0Amps 0~1.0Amps 2.0~12Amps 0.5~4.0Amps 0.1~1.0Amps 0~1.0Amps 2.0~12Amps 0.5~4.0Amps 0.1~2.5Amps 0~1.0Amps
±0.5% ±1.0% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±1.0% ±0.5% ±1.0% ±1.0% ±1.0%
±1.0% ±3.0% ±6.0% ±2.0% ±1.0% ±3.0% ±6.0% ±2.0% ±1.0% ±3.0% ±5.0% ±2.0%
79% 79% 79% 79% 80% 80% 80% 80% 82% 82% 82% 82%
±2.0% +8-3% +6,10% ±5.0% ±2.0% +8,-3% +6,-10% ±5.0% ±2.0% +8,-3% +8.0% ±5.0%
Enclosed
QUAD OUTPUT
General Specifications
Output Specifications
Environmental Specifications
Physical Specifications
*Please see page 4 for Waiver of Liability Statement
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
361
R125 series 125W Enclosed Style Switching Power Supply
Note
Enclosed
Mechanical Dimensions - RD, RID125
RID125
RD125
362
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
R125 series 125W Enclosed Style Switching Power Supply
Enclosed
Mechanical Dimensions - RT, RQ125
RT125
RQ125
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
363
R125 series 125W Enclosed Style Switching Power Supply
D, RT, RQ125 Block Diagram - RD, RT, RQ125
Enclosed
Block Diagram - RID125
Output Derating Curve - RD, RID125 100
Load (%)
80 60 40
Static Characteristics
20 -25 -25
0 0
10
20
30
40
45
Ta=25°C
50
60
70
100
VERTICAL HORIZONTAL
Load (%)
Ambient Temp. (°C)
Output Derating Curve - RT, RQ125 100
Load (%)
70 60 50 40
80 60
88 176
40
95 190
100 200
115 230
120 240
132 264
(Vertical) (Horizontal)
Input Voltage (VAC) 60Hz
20 -25 -25
90 80
0 0
10
20
30
40
50
60
70
VERTICAL HORIZONTAL
Ambient Temp. (°C)
364
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
RS150 series 150W Single Output Switching Power Supply Switchable Selectable AC input Protections:Short circuit/Over load/Over voltage Cooling by free air convection LED indicator for power on
Enclosed
All using 105°C long life electrolytic capacitors High efficiency, long life and high reliability
Input Specifications
General Specifications
Output Specifications
Environmental Specifications
Model Number
Output Volts
SINGLE OUTPUT RS150-3.3 RS150-5 RS150-12 RS150-15 RS150-24 RS150-48
3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC)
www.astrodyne.com
Output Amps
30 Amps 26 Amps 12.5 Amps 10 Amps 6.5 Amps 3.3 Amps
Ripple & Noise
80mV pk-pk 80mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 200mV pk-pk
Min Load
0~30Amps 0~26Amps 0~12.5Amps 0~10Amps 0~6.5Amps 0~3.3Amps
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
DC Volt Adjust Load Reg Volt Tolerance
3.2~3.5Volt(DC) 4.75~5.5Volt(DC) 11.4~13.2Volt(DC 14.25~16.5Volt(DC) 22.8~26.4Volt(DC) 45.6~52.8Volt(DC)
±2.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5%
±3.0% ±2.0% ±1.0% ±1.0% ±1.0% ±1.0%
365
RS150 series 150W Single Output Switching Power Supply
Physical Specifications
Notes
Enclosed
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Static Characteristics
Output Derating Curve
Ta=25°C
100
100
Others
60
Load (%)
Load (%)
80 3.3V, 5V
40
0 0
10
20
30
40
50
60
70
(Vertical) (Horizontal)
60
88 176
95 190
100 200
115 230
120 240
132 264
(Vertical) (Horizon
Input Voltage (VAC) 60Hz
Ambient Temp. (°C)
366
70 50 40
20 -25 -25
90 80
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
MK series 40, 75, 150, 320W Enclosed Switching Power Supplies Universal and Auto Ranging AC Inputs Compact Footprint
Regulated Outputs
High Efficiency
Built in EMI Filter
3000V Isolation
Output Specifications
Environmental Specifications
Enclosed
MK40
Physical Specifications
General Specifications Input Specifications
Model Number
Output Voltage
Output Amps (max)
Ripple/Noise pp,typ
MK40S-5 MK40S-12 MK40S-15 MK40S-24 MK75S-12 MK75S-15 MK75S-24 MK150S-5 MK150S-12 MK150S-15 MK150S-24 MK320S-5 MK320S-12 MK320S-15 MK320S-24
5 VDC 12 VDC 15 VDC 24 VDC 12 VDC 15 VDC 24 VDC 5 VDC 12 VDC 15 VDC 24 VDC 5 VDC 12 VDC 15 VDC 24 VDC
8 3.5 2.8 1.8 6.25 5 3.125 30 12.5 10 6 50 25 20 12.5
50mv 120mv 150mv 120mv 120mv 150mv 120mv 100mv 100mv 100mv 100mv 150mv 100mv 100mv 100mv
www.astrodyne.com
*Please see page 4 for Waiver of Liability Statement
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
367
MK series 40, 75, 150, 320W Enclosed Switching Power Supplies
Mechanical Dimensions - MK40
Enclosed Pin #
Outputs
1 2 3 4 5
ACL ACN GND + Output - Output
Output Derating Curve - MK40 100 80 60 40
PLEASE NOTE: To improve specifications and safety isolation, connection designations may have changed from prior revisions. Please verify connections per product labels on input and output connections prior to applying power to the unit.
368
www.astrodyne.com
20
0
10
20
30
40
50 45
60 55
(VERTICAL) (HORIZONTAL)
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
MK series 40, 75, 150, 320W Enclosed Switching Power Supplies
Enclosed
Mechanical Dimensions - MK75
Pin #
Outputs
1 2 3 4 5
ACL ACN GND - Output + Output
Output Derating Curve - MK75 100 80 60 40
PLEASE NOTE: To improve specifications and safety isolation, connection designations may have changed from prior revisions. Please verify connections per product labels on input and output connections prior to applying power to the unit.
www.astrodyne.com
20
0
10
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
20
30
40
50 45
60 55
(VERTICAL) (HORIZONTAL)
369
MK series 40, 75, 150, 320W Enclosed Switching Power Supplies
Mechanical Dimensions - MK150
Enclosed
Output Derating Curve - MK150 (Forced air cooling direction: Straight down from top of unit)
Outputs
1 2 3 4 5 6 7
ACL ACN GND + Output + Output - Output - Output
22CFM Forced Air - All Outputs (Recommended)
1 2 3
12/15/24VDC Outputs, Convection Cooled 5VDC Output, Convection Cooled
120 1
100 80
Load, %
Pin #
PLEASE NOTE: To improve specifications and safety isolation, connection designations may have changed from prior revisions. Please verify connections per product labels on input and output connections prior to applying power to the unit.
60
2
40
3
20 0 0
5
10
15
20
25
30
35
40
45
50
55
60
Ambient Temp, C
370
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
MK series 40, 75, 150, 320W Enclosed Switching Power Supplies
Enclosed
Mechanical Dimensions - MK320
Output Derating Curve - MK320 Pin #
Outputs
1 2 3 4 5 6 7 8 9
GND ACN ACL - Output - Output - Output + Output + Output + Output
100 15V / 24V
www.astrodyne.com
80 5V / 12V 60 40 20
-10
0
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
10
20
30
40
50
60
371
PMK150E/D series 150 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip 150 Watts Output Power Single and Dual Outputs
PMK150E
Universal 90-264VAC Input PMK150D
5VDC to 48VDC Outputs 3000VAC Input to Output Isolation
Enclosed
Active Power Factor Correction Unit Measures 3.2”W x 5.5”L x 1.6”H
Input Specifications Input Voltage Range Frequency Range Power Factor Correction Inrush Current, typ:
General Specifications 90-264 VAC 47-63 Hz 0.96 to 0.98 30A @ 115VAC 60A @ 230VAC *
Isolation (Note 4)
Efficiency Switching Frequency Safety
Output Specifi cations OUTPUT SPECIFICATIONS
Environmental Specifications
Voltage and Current (Note 6) See Selection Chart Line Regulation (Note 8) See Selection Chart Load Regulation (10%-FL, Note 7) Singles: ± 0.5%, typ Duals: ±3/5%, typ Preset Accuracy (Note 9) ±1%, typ DC Voltage Adjust (typ) ±6%, typ Temperature Coefficient ±0.05%/°C Ripple/Noise (Notes 1, 3, 10) See Selection Chart Over Voltage Protection Latching, Auto Recover after fault condition is removed * Short Circuit Protection Latching, Auto Recover after fault condition is removed * Hold Up Time 20mS, typ (Nom I/P, FL)
372
I/P-O/P: 3000VAC I/P-Ground: 2000VAC O/P-Ground: 500 VAC 75%, min. 67Khz, (fixed, typical) UL,TUV, CB, CE
Oper. Temperature Storage Temperature Relative Humidity EMC MTBF
-10 to +70°C (See Derate Curve) -25 to +85°C * 0% to +95%, non-cond * EN55011 Class B 270,000 Hrs Mil Std 217, 25°C
*Please see page 4 for Waiver of Liability Statement
Model Number
Output Voltage
Output Amps (max)
Line Regulation
Ripple & Noise
SINGLE OUTPUT PMK150S-5E, PMK150S-5D PMK150S-12E, PMK150S-12D PMK150S-15E, PMK150S-15D PMK150S-24E, PMK150S-24D PMK150S-48E, PMK150S-48D
5 VDC 12 VDC 15 VDC 24 VDC 48 VDC
30 12.5 10 6.3 3.2
±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk
DUAL OUTPUT PMK150D-AE, PMK150D-AD PMK150D-BE, PMK150D-BD PMK150D-CE, PMK150D-CD PMK150D-DE, PMK150D-DD
5/12 VDC 5/24 VDC 12/24 VDC 12/48 VDC
15/7 15/3.5 7/3.5 7/1.5
±0.5/1% ±0.5/2% ±1/2% ±1/4%
50/100mV pk-pk 50/200mV pk-pk 100/200mV pk-pk 100/400mV pk-pk
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
PMK150E/D series 150 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Physical Specifications Size Construction Weight (Enclosed) (DIN Rail)
Output Derating Curve - Single Output 3.2” x 5.5” x 1.6” Enclosed 1.3 lb, (590g) 1.4 lb, (635g)
1. All measurements should be made directly at the terminals of the power supply. 2. All specifications typical @ 25°C, unless otherwise noted, at nominal line and load. 3. Ripple and noise dependent upon output voltage as specified per particular model. 4. Isolation for up to 1 minute duration. 5. Specified for free air convection cooling. 6. Minimum load is not required for proper operation. 7. Load Regulation is measured by change ±40% of measured output load from 60% full load, with the other output set to 60% full load. 8. Line Regulation measured from 90-264VAC. 100VAC minimum required for full load start. 9. Preset Accuracy measured at nominal load, 120VAC input. 10. O/P Noise measured directly at the pins/terminals at nominal load, 0.1uF bypass and 47uF electrolytic, pk-pk @ 20MHz bandwidth.
Enclosed
Notes
Output Derating Curve - Dual Output
Mechanical Dimensions - PMK150E
134.00 mm [5.276 in] 139.70 mm [5.500 in]
80.40 mm [3.165 in]
65.30 mm [2.571 in]
65.70 mm [2.587 in]
15.10 mm [0.594 in]
5.70 mm [0.224 in]
28.20 mm [1.110 in]
12.00 mm [0.472 in]
24.00 mm [0.945 in]
7_ M3x0.5 - 6H ( The Length : 3 mm )
40.60 mm [1.598 in]
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
373
PMK150E/D series 150 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
374
6.50 mm [0.256 in]
1.50 mm [0.059 in]
6.50 mm [0.256 in]
8.80 mm [0.346 in]
139.70 mm [5.500 in]
www.astrodyne.com
40.60 mm [1.598 in]
98.90 mm [3.894 in]
20.20 mm [0.795 in]
60.20 mm [2.370 in]
Enclosed 50.90 mm [2.004 in]
80.40 mm [3.165 in]
Mechanical Dimensions - PMK150D
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PMK225E/D series 225 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip 225 Watts Output Power Single Outputs Universal 90-264VAC Input 5VDC to 48VDC Outputs
Active Power Factor Correction Unit measures 3.86”W x 7”L x 1.57”H
Input Specifications
Enclosed
4242VDC Input to Output Isolation
Ouput Specifications
General Specifications
Model Number
Output Voltage
Output Amps (max)
Ripple & Noise max. (Note 1 & 4)
Efficiency
SINGLE OUTPUT PMK225S-5E PMK225S-12E PMK225S-15E PMK225S-24E PMK225S-36E PMK225S-48E
5 VDC 12 VDC 15 VDC 24 VDC 36 VDC 48 VDC
40 18.8 15 9.4 6.25 4.7
100mV pk-pk 120mV pk-pk 150mV pk-pk 240mV pk-pk 360mV pk-pk 480mV pk-pk
75% 82% 83% 84% 84% 84%
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
375
PMK225E/D series 225 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Environmental Specifications
Physical Specifications
Enclosed
Notes
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve
376
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PMK225E/D series 225 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Mechanical Dimensions
Enclosed
“D” Version Only (DIN Rail Clip)
FG ACN ACL
www.astrodyne.com
NC COM COM COM +Vo +Vo -S +S S/D GND
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
377
PMK320E/D series 320 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip 320 Watts Output Power Single Outputs Universal 90-264VAC Input 5VDC to 48VDC Outputs 4242VDC Input to Output Isolation
Enclosed
Active Power Factor Correction Unit Measures 3.86”W x 7.99”L x 1.57”H
Input Specifications Input Voltage Range Frequency Range Power Factor Correction Inrush Current, typ: Input Current Leakage Current
General Specifications Isolation (Note 2)
90-264 VAC; Nom: 100-240VAC 47-63 Hz 0.95, min. Nom I/P, FL 30A @ 115VAC Cold Start, FL* 60A @ 230VAC Cold Start, FL* 5.4 Amps max., 90V I/P 1.8 Amps max., 264V I/P <0.2mA, 240Vin, 50Hz
Insulation Resistance Efficiency (FL. Nom I/P) Safety
Environmental Specifications
Output Specifi cations OUTPUT SPECIFICATIONS Voltage and Current Line Regulation (LL-HL) Load Regulation 10%-FL Preset Accuracy (Note 3) Ripple/Noise (Notes 1, & 4) Over Voltage Protection Over Current Protection Short Circuit Protection Turn On Delay Time Rise Time Hold Up Time Over-Shoot/Under Shoot Remote Sense Remote Shutdown
I/P-O/P: 4242VDC I/P-Ground: 2121VDC O/P-Ground: 707VDC 20M 70%, min. UL/cUL60950-1, EN60950-1 (TUV) EN60601-1-2 (CE), IEC60950-1 (CB)
Oper. Temperature Storage Temperature Relative Humidity
See Selection Chart ±1%, max. ±1~1.5%, max. ±1%, typ (2% 5 Vout) See Selection Chart 130% max. Auto Recovery * 150% max. Auto Recovery * Auto Recover after fault condition is removed * <4S <25mS, typ (Nom I/P, FL) 20mS, typ (Nom I/P, FL) <10% of Nominal Output Compensates for up to 0.5V drop Open Collector, Logic “1” = ON “0” = Off. No Termination necessary to maintain constant “On” operation
-20 to +70°C (See Derate Curve) -25 to +85°C * 10% to +90%, * Storage: 5-95%
EMS Harmonics Fluctuations ESD RS EFT Surge CS DIPS EMI MTBF Mil Std 217F, 25°C Vibration Drop Test
Class D, 61000-3-2 61000-3-3 61000-4-2 61000-4-3 61000-4-4 61000-4-5 61000-4-6 61000-4-11 EN55022 Class B 100,000 Hrs, min. 4G Peak, 50-500Hz, 3 Axes 70 CM
*Please see page 4 for Waiver of Liability Statement
378
Model Number
Output Voltage
Output Amps (max)
Ripple & Noise max.
Efficiency
SINGLE OUTPUT PMK320S-5D, PMK320S-5E PMK320S-12D, PMK320S-12E PMK320S-15D, PMK320S-15E PMK320S-24D, PMK320S-24E PMK320S-36D, PMK320S-36E PMK320S-48D, PMK320S-48E
5 VDC 12 VDC 15 VDC 24 VDC 36 VDC 48 VDC
60 26.7 21.4 13.4 8.9 6.7
100mV pk-pk 120mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk
75% 81% 84% 84% 84% 84%
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
PMK320E/D series 320 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Physical Specifications Size Construction Weight
Output Derating Curve - Single Output 7.99”(L) x 3.86”(W) x 1.57”(H) Enclosed 1.77 lb, (802g)
Enclosed
Notes NOTES 1. All measurements should be made directly at the terminals of the power supply . 2. Isolation for up to 1 minute duration. 3. Preset Accuracy measured at nominal load, 120VAC input. 4. O/P Noise measured directly at the pins/terminals at nominal load, 0.1uF ceramic bypass and 47uF electrolytic, pk-pk @ 20MHz bandwidth.
Mechanical Dimensions - PMK320D
FG ACN ACL
+Vo(5V) COM COM COM +Vo +Vo -S +S S/D GND
UNITS: mm (in) www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
379
PMK320E/D series 320 WATT Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Mechanical Dimensions - PMK320E
Enclosed
FG ACN ACL
+Vo(5V) COM COM COM +Vo +Vo -S +S S/D GND
UNITS: mm (in)
380
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PMK450E/D series 450 Watt Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip 450 Watts Output Power Single Outputs Universal 90-264VAC Input 5VDC to 48VDC Output Isolation
Enclosed
4242VDC Input to Output Isolation Active Power Factor Correction
Input Specifications
General Specifications
Output Specifications
Environmental Specifications
Note
Model Number
Output V Output I
Line Reg(nom/max) Load Reg(nom/max) Ripple & Noise
Efficiency(min/nom)
SINGLE OUTPUT PMK450S-5E, D PMK450S-12E, D PMK450S-24E, D PMK450S-36E, D PMK450S-48E, D
5VDC 12 VDC 24 VDC 36 VDC 48 VDC
0.4% / ±1.0% 0.3% / ±1.0% 0.2% / ±0.5% 0.1% / ±0.5% 0.1% / ±0.5%
76% / 80% 77% / 85% 78% / 86% 79% / 86% 81% / 88%
www.astrodyne.com
60 Amps 37.5 Amps 18.75 Amps 12.5 Amps 9.375 Amps
0.5% / 3% 0.3% / 1% 0.2% / 0.5% 0.1% / 0.5% 0.1% / 0.5%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
50mV pk-pk 120mV pk-pk 240mV pk-pk 360mV pk-pk 480mV pk-pk
381
PMK450E/D series 450 Watt Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Physical Specifications
Enclosed
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
Pin 1 2 3 4 5 6 7 8
Assignment SD -S1 -S1 COM SHARE COM COM 5Vsb
Input connector : 3P / 8.25 mm pitch terminal block Output connector : 7P / 8.25 mm pitch terminal block Unit : mm
382
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PMK450E/D series 450 Watt Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Enclosed
Mechanical Dimensions - DIN Rail
Pin 1 2 3 4 5 6 7 8
Assignment SD -S1 +S1 COM SHARE COM COM 5Vsb
Input connector : 3P / 8.25 mm pitch terminal block Output connector : 7P / 8.25 mm pitch terminal block Unit : mm www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
383
PMK450E/D series 450 Watt Enclosed Switching Power Supply with PFC and Optional DIN Rail Clip
Derating Curve • Enclosed & Din-rail (PMK45S-xx-E/ED) 100
Enclosed
Load (%)
80 60 40 20 0 -20
-10
0
10
20
30
40
50
60
70
80
Ambient Temp. (°C)
100 Load (%)
80 60 40 20 0 90
115
140
165
190
215
240
265
Input Voltage (VAC) 60Hz Ta = 25°
Notes
384
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SP/TP75 series 75W Single/Triple Output with PFC Function Universal AC input Protections:Short circuit/Over load/Over voltage Built-in active PFC function, PF >0.93 LED indicator for power on
Enclosed
Low profile: 33mm thickness
Input Specifications
Model Number
Environmental Specifications
Output Volts
Output Amps
Ripple & Noise
Min Load
DC Volt Adjust
3.3 Volts(DC) 5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
15 Amps 15 Amps 10 Amps 6.3 Amps 5.6 Amps 5.0 Amps 3.2 Amps 2.8 Amps 1.6 Amps
80mV pk-pk 80mV pk-pk 80mV pk-pk 80mV pk-pk 80mV pk-pk 80mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk
0~15Amps 0~15Amps 0~10Amps 0~6.3Amps 0~5.6Amps 0~5.0Amps 0~3.2Amps 0~2.8Amps 0~1.6Amps
3.14~3.63Volt(DC) 4.75~5.5Volt(DC) 7.13~8.25Volt(DC) 11.4~13.2Volt(DC 12.8~14.9Volt(DC) 14.3~16.5Volt(DC) 22.8~26.4Volt(DC) 25.7~29.7Volt(DC) 45.6~52.8Volt(DC)
Load Reg
Efficiency
SINGLE OUTPUT SP75-3.3 SP75-5 SP75-7.5 SP75-12 SP75-13.5 SP75-15 SP75-24 SP75-27 SP75-48
Model Number
Output Volts
Output Amps
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC)
7.0 Amps 3.0 Amps 0.6 Amps 7.0 Amps 3.0 Amps 0.4 Amps 6.0 Amps 2.5 Amps 0.5 Amps
Ripple & Noise
Load Reg
±1.0% ±1.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
Volt Tolerance
68% 72% 74% 77% 78% 79% 80% 80% 80%
Min Load
TRIPLE OUTPUT TP-75A
TP-75B
TP-75C
www.astrodyne.com
100mVpk-pk 120mVpk-pk 100mVpk-pk 100mVpk-pk 120mVpk-pk 120mVpk-pk 100mVpk-pk 120mVpk-pk 120mVpk-pk
±3.0% ±4.0% ±8.0% ±3.0% ±4.0% ±8.0% ±3.0% ±4.0% ±8.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
±3.0% ±4.0% ±8.0% ±3.0% ±4.0% ±8.0% ±3.0% ±4.0% ±8.0%
1.5~10Amps 0.2~4.0Amps 0~0.6Amps 1.5~10Amps 0.2~4.0Amps 0~0.6Amps 1.5~10Amps 0.2~3.0Amps 0~0.6Amps
385
SP/TP75 series 75W Single/Triple Output with PFC Function
Output Specifications
General Specifications
Enclosed
Note
Output Derating Curve VS Input Voltage
Physical Specifications
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve - SP75
Output Derating Curve - TP75
Ambient Temp. (ยบC)
386
Ambient Temp. (ยบC)
www.astrodyne.com
USA: 1-800-823-8082 โ ข Asia Pacific: 886-2-26983458
SP/TP75 series 75W Single/Triple Output with PFC Function
Mechanical Dimensions - SP75 Unit:mm
Enclosed
Mounting Feet Optional
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
387
SP/TP75 series 75W Single/Triple Output with PFC Function
Mechanical Dimensions - TP75
Mounting Feet Optional
Unit:mm
Enclosed
Block Diagram Both
388
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function Universal AC input Protections:Short circuit/Over load/Over voltage
TP100
SP100
Free air conditioning convection
Enclosed
Fixed switching frequency: 134KHz (SP100), 100KHz (TP, QP100)
Physical Specifications
Model Number
Environmental Specifications
Output Volts
Output Amps
Ripple & Noise
Min Load
DC Volt Adjust
3.3 Volts(DC) 5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
20 Amps 20 Amps 13.5 Amps 8.5 Amps 7.5 Amps 6.7 Amps 4.2 Amps 3.8 Amps 2.1 Amps
100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 150mV pk-pk 150mV pk-pk 250mV pk-pk
0~20Amps 0~20Amps 0~13.5Amps 0~8.5Amps 0~7.5Amps 0~6.7Amps 0~4.2Amps 0~3.8Amps 0~2.1Amps
3.14~3.63Volt(DC) 4.75~5.5Volt(DC) 7.13~8.25Volt(DC) 11.4~13.2Volt(DC) 12.8~14.9Volt(DC) 14.3~16.5Volt(DC) 22.8~26.4Volt(DC) 25.7~29.7Volt(DC) 45.6~52.8Volt(DC)
Load Reg
Efficiency
±1.0% ±1.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
70% 76% 78% 80% 80% 82% 84% 83% 82%
SINGLE OUTPUT SP100-3.3 SP100-5 SP100-7.5 SP100-12 SP100-13.5 SP100-15 SP100-24 SP100-27 SP100-48
Model Number
Output Volts
Output Amps
Ripple & Noise
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
10 Amps 4.0 Amps 0.6 Amps 10 Amps 4.0 Amps 0.6 Amps 10 Amps 3.0 Amps 0.6 Amps 10 Amps 2.0 Amps 0.6 Amps
100mVpk-pk 120mVpk-pk 100mVpk-pk 100mVpk-pk 120mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 100mVpk-pk
Load Reg
Volt Tolerance
Min Load
±3.0% ±7.0% ±6.0% ±3.0% ±6.0% ±6.0% ±3.0% +10,-6% ±6.0% ±3.0% ±8.0% ±6.0%
3.0~15Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0.4~4.0Amps 0~1.0Amps 3.0~15Amps 0.4~3.0Amps 0~1.0Amps
TRIPLE OUTPUT TP-100A
TP-100B
TP-100C
TP-100D
±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0%
Continued
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
389
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function Model Number
Output Volts
Output Amps
Ripple & Noise
Line Reg
Load Reg Efficiency Tolerance Min Load
QUAD OUTPUT QP100-3A
Enclosed
QP100-3B
QP100-3C
QP100-3D
QP-100D
QP-100F
QP-100B
QP-100C
5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) 24 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) -5 Volts(DC)
8.0 Amps 8.0 Amps 2.5 Amps 0.6 Amps 8.0 Amps 8.0 Amps 2.2 Amps 0.6 Amps 8.0 Amps 8.0 Amps 1.7 Amps 0.6 Amps 8.0 Amps 8.0 Amps 1.3 Amps 0.6 Amps 8.0 Amps 2.4 Amps 1.0 Amps 0.6 Amps 8.0 Amps 2.0 Amps 1.0 Amps 0.6 Amps 10 Amps 3.0 Amps 1.0 Amps 0.6 Amps 10 Amps 2.2 Amps 1.1 Amp 0.6 Amps
100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 120mVpk-pk 150mVpk-pk 200mVpk-pk 150mVpk-pk 120mVpk-pk 180mVpk-pk 200mVpk-pk 150mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk
General Specifications
±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±2.0% ±2.0% ±1.0% ±1.0% ±2.0% ±2.0% ±1.0%
±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±60% ±2.0% ±2.0% ±6.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0%
74% 74% 74% 74% 74% 74% 74% 74% 75% 75% 75% 75% 75% 75% 75% 75% 78% 78% 78% 78% 78% 78% 78% 78% 76% 76% 76% 76% 77% 77% 77% 77%
±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% +8,-6% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±6.0% +10,-6% ±5.0% ±3.0% +6,-10% ±8.0% ±5.0%
2.0~10Amps 0~10Amps 0.3~3.0Amps 0~1.0Amps 2.0~10Amps 0~10Amps 0.3~3.0Amps 0~1.0Amps 2.0~10Amps 0~10Amps 0.3~2.0Amps 0~1.0Amps 2.0~10Amps 0~10Amps 0.3~2.0Amps 0~1.0Amps 2.0~10Amps 0~3.0Amps 0.3~2.0Amps 0~1.0Amps 2.0~10Amps 0~3.0Amps 0.3~2.0Amps 0~1.0Amps 2.0~10Amps 0.3~4.0Amps 0.15~1Amps 0~1.0Amps 2.0~10Amps 0.3~3.0Amps 0.15~1Amps 0~1.0Amps
Input Specifications
*Please see page 4 for Waiver of Liability Statement
390
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function
Enclosed
Output Specifications
Note
Output Derating Curve - SP100
Output Derating Curve VS Input Voltage - SP100
Ambient Temp. (ยบC)
Output Derating Curve - TP, QP100
Output Derating Curve VS Input Voltage - TP, QP100
Ambient Temp. (ยบC)
www.astrodyne.com
USA: 1-800-823-8082 โ ข Asia Pacific: 886-2-26983458
391
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function
Mechanical Dimensions - SP100
Mounting Feet Optional
Enclosed
Block Diagram - SP100
392
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function Mounting Feet Optional
Enclosed
Mechanical Dimensions - TP100
Block Diagram - TP100
TP100
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
393
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function
Mechanical Dimensions - QP100-3A/3B/3C/3D/D/F
Mounting Feet Optional
Enclosed
Block Diagram - QP100-3A/3B/3C/3D/D/F QP 100 3A/3B/3C/3D/D/F
394
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/TP/QP100 series 100W Single, Triple and Quad Outputs with PFC Function
Mechanical Dimensions - QP100B, C
Enclosed
Mounting Feet Optional
Block Diagram - QP100B, C
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
395
SP/TP/QP150 series 150W Single, Triple and Quad Outputs with PFC Function Universal AC input Protections:Short circuit/Over load/Over voltage/Over temperature Built-in active PFC function, PF >0.93
SP150
134KHz (SP150), 100KHz (TP/QP150)
Enclosed
Forced air cooling by built-in DC fan (TP/QP150)
Input Specifications
Model Number
Environmental Specifications
Output Volts
Output Amps
Ripple & Noise
Min Load
DC Volt Adjust Load Reg Efficiency
SINGLE OUTPUT SP150-3.3 SP150-5 SP150-7.5 SP150-12 SP150-13.5 SP150-15 SP150-24 SP150-27 SP150-48
3.3 Volts(DC) 5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
30 Amps 30 Amps 20 Amps 12.5 Amps 11.2 Amps 10 Amps 6.3Amps 5.6 Amps 3.2 Amps
100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 100mV pk-pk 150mV pk-pk 150mV pk-pk 250mV pk-pk
Model Number
Output Volts
Output Amps
Ripple & Noise
5 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 24 Volts(DC) 12 Volts(DC)
15 Amps 6.0 Amps 0.6 Amps 15 Amps 5.5 Amps 0.6 Amps 15 Amps 4.5 Amps 0.6Amps 15 Amps 3.0 Amps 0.6 Amps
0~30Amps 0~30Amps 0~20Amps 0~12.5Amps 0~11.2Amps 0~10Amps 0~6.3Amps 0~5.6Amps 0~3.2Amps
Load Reg
3.14~3.63Volt(DC) 4.75~5.5Volt(DC) 7.13~8.25Volt(DC) 11.4~13.2Volt(DC 12.8~14.9Volt(DC) 14.3~16.5Volt(DC) 22.8~26.4Volt(DC) 25.7~29.7Volt(DC) 45.6~52.8Volt(DC)
Volt Tolerance
±1.0% ±1.0% ±1.0% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
67% 75% 79% 80% 80% 81% 83% 84% 84%
Min Load
TRIPLE OUTPUT TP-150A
TP-150B
TP-150C
TP-150D
100mVpk-pk 120mVpk-pk 100mVpk-pk 100mVpk-pk 120mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 100mVpk-pk
±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0% ±3.0% ±6.0% ±4.0%
±3.0% ±8.0% ±6.0% ±3.0% ±8.0% ±6.0% ±3.0% +10,-6% ±6.0% ±3.0% ±8.0% ±6.0%
2.0~20Amps 0.4~7.0Amps 0~1.0Amps 2.0~20Amps 0.4~7.0Amps 0~1.0Amps 2.0~20Amps 0.4~6.0Amps 0~1.0Amps 2.0~20Amps 0.4~4.0Amps 0~1.0Amps Continued
396
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SP/TP/QP150 series 150W Single, Triple and Quad Outputs with PFC Function Model Number
Output Volts
Output Amps
Ripple & Noise
Line Reg Load Reg Efficiency Tolerance Min Load
5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) 24 Volts(DC) -15 Volts(DC) 5 Volts(DC) 12 Volts(DC) -12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 15 Volts(DC) -15 Volts(DC) -5 Volts(DC)
10 Amps 10 Amps 5.0 Amps 0.6 Amps 10 Amps 10 Amps 5.0 Amps 0.6 Amps 10 Amps 10 Amps 4.0 Amps 0.6 Amps 10 Amps 10 Amps 2.5 Amps 0.6 Amps 10 Amps 4.0 Amps 2.0 Amps 0.6 Amps 10 Amps 3.0 Amps 2.0 Amps 0.6 Amps 15 Amps 4.0 Amps 2.0 Amps 0.6 Amps 15 Amps 3.0 Amps 2.0 Amps 0.6 Amps
100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 120mVpk-pk 150mVpk-pk 200mVpk-pk 150mVpk-pk 120mVpk-pk 150mVpk-pk 200mVpk-pk 150mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk
±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±2.0% ±2.0% ±1.0% ±1.0% ±2.0% ±2.0% ±1.0%
QP150-3A
QP150-3B
QP150-3C
QP150-3D
QP-150D
QP-150F
QP-150B
QP-150C
General Specifications
±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±60% ±2.0% ±2.0% ±6.0% ±6.0% ±2.0% ±2.0% ±6.0% ±6.0% ±2.0%
73% 73% 73% 73% 75% 75% 75% 75% 74% 74% 74% 74% 76% 76% 76% 76% 78% 78% 78% 78% 78% 78% 78% 78% 76% 76% 76% 76% 77% 77% 77% 77%
±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% +8,-6% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±3.0% ±6.0% ±5.0% ±3.0% ±6.0% +10,-6% ±5.0% ±3.0% +6,-10% ±8.0% ±5.0%
3.0~15Amps 0~15Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0~15Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0~15Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0~15Amps 0.3~3.0Amps 0~1.0Amps 3.0~15Amps 0~5.0Amps 0.4~3.0Amps 0~1.0Amps 3.0~15Amps 0~5.0Amps 0.4~3.0Amps 0~1.0Amps 3.0~15Amps 0.4~5.0Amps 0.3~2Amps 0~1.0Amps 3.0~15Amps 0.4~4.0Amps 0.3~2Amps 0~1.0Amps
Enclosed
Quad OUTPUT
Physical Specifications
*Please see page 4 for Waiver of Liability Statement
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
397
SP/TP/QP150 series 150W Single, Triple and Quad Outputs with PFC Function
Output Specifications
Enclosed
Note
regulation.
Output Derating Curve
Output Derating VS Input Voltage
Block Diagram - SP150
398
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/TP/QP150 series 150W Single, Triple and Quad Outputs with PFC Function
Enclosed
Mechanical Dimensions
SP150
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
399
SP/TP/QP150 series 150W Single, Triple and Quad Outputs with PFC Function
Block Diagram - TP150
Enclosed
TP150
Block Diagram - QP150
QP150
400
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/QP200 series 200W Single and Quad Output with PFC Function Universal AC input Protections:Short circuit/Over load/Over voltage/Over temperature
QP200 SP200
Built-in active PFC function, PF >0.95 Built-in cooling fan speed control
Enclosed
Fixed switching frequency at PFC:67KHz PWM:134KHz LED indicator for power on
Model Number
Output Volts
Output Amps
SINGLE OUTPUT SP200-3.3 SP200-5 SP200-7.5 SP200-12 SP200-13.5 SP200-15 SP200-24 SP200-27 SP200-48
3.3 Volts(DC) 5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
40 Amps 40 Amps 26.7 Amps 16.7 Amps 14.9 Amps 13.4 Amps 8.4 Amps 7.5 Amps 4.2 Amps
Model Number QUAD OUTPUT QP200-D
QP200-F
QP200-3A
QP200-3B
QP200-3C
QP200-3D
QP200-3E
www.astrodyne.com
OVP
Min Load
3.63 ~ 4.46Volt(DC) 5.5 ~ 6.75Volt(DC) 8.25 ~ 10.13Volt(DC) 13.2 ~ 16.2Volt(DC) 14.85 ~ 18.2Volt(DC) 16.5 ~ 20.25Volt(DC) 26.4~ 32.4Volt(DC) 29.7 ~ 36.45Volt(DC) 52.8~ 64.8Volt(DC)
0~40Amps 0~40Amps 0~26.7Amps 0~16.7Amps 0~14.9Amps 0~13.4Amps 0~8.4Amps 0~7.5Amps 0~4.2Amps
DC Volt Adjust 3.14~3.63Volt(DC 4.75~5.5Volt(DC) 7.13~8.25Volt(DC) 11.4~13.2Volt(DC 12.8~14.9Volt(DC) 14.3~16.5Volt(DC) 22.8~26.4Volt(DC) 25.7~29.7Volt(DC) 45.6~52.8Volt(DC)
Efficiency 65% 71% 76% 79% 80% 81% 83% 83% 84%
Output Volts Output Amps Ripple & Noise Line Reg Load Reg Peak Current Tolerance Min Load 5 Volts(DC) 12 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 15 Volts(DC) 24 Volts(DC) -15 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -5 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 12 Volts(DC) -12 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 15 Volts(DC) -15 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) 24 Volts(DC) -12 Volts(DC) 5 Volts(DC) 3.3 Volts(DC) -24 Volts(DC) -15 Volts(DC)
15 Amps 4 Amps 3 Amps 0.7 Amps 15 Amps 3 Amps 3 Amps 0.7 Amps 15 Amps 15 Amps 6.0 Amps 0.7 Amps 15 Amps 15 Amps 6.0 Amps 0.7 Amps 15 Amps 15 Amps 5.0 Amps 0.7 Amps 10 Amps 15 Amps 4.0 Amps 0.7 Amps 10 Amps 15 Amps 4.0 Amps 0.7 Amps
100mVpk-pk 150mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk 100mVpk-pk 100mVpk-pk 150mVpk-pk 150mVpk-pk
±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0% ±1.0% ±1.0% ±2.0% ±1.0%
±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0% ±2.0% ±2.0% ±60% ±2.0% ±2.0% ±2.0% ±6.0% ±2.0%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
75% 75% 75% 75% 75% 75% 75% 75% 72% 72% 72% 72% 72% 72% 72% 72% 72% 72% 72% 72% 74% 74% 74% 74% 74% 74% 74% 74%
±3.0% ±3.0% +10,-6% ±6.0% ±3.0% ±3.0% +10,-6% ±6.0% ±3.0% ±3.0% +8,-10% ±6.0% ±3.0% ±3.0% +8,-10% ±6.0% ±3.0% ±3.0% +10-6% ±6.0% ±3.0% ±3.0% +10,-6% ±6.0% ±3.0% ±3.0% +10,-6% ±6.0%
3.0~20Amps 0~6.0Amps 0.4~5.0Amps 0~1.0Amps 3.0~20Amps 0~5Amps 0.4~5.0Amps 0~1.0Amps 3.0~20Amps 0~20Amps 0.5~8.0Amps 0~1.0Amps 3.0~20Amps 0~20Amps 0.5~8.0Amps 0~1.0Amps 3.0~20Amps 0~20Amps 0.5~6.0Amps 0~1.0Amps 3.0~15Amps 0~20Amps 0.4~5.0Amps 0~1.0Amps 3.0~15Amps 0~20Amps 0.4~5Amps 0~1.0Amps
401
SP/QP200 series 200W Single and Quad Output with PFC Function
Input Specifications Input Voltage Range Frequency Range Inrush Current, typ: (cold start) (SP200) (QP200) Input Current
Enclosed
Leakage current Min Load Power Factor @ FL
Output Specifications 90 ~ 264VAC 120~370 Volts(DC) 47-63 Hz 20Amps/115VAC; 40Amps 230VAC 30 Amps /115VAC 3.5Amps max. @115VAC 2.0Amps max. @ 230VAC < 2mAmps / 240VAC See Selection Chart PF >0.95/230VAC >0.98/115VAC
General Specifications Safety
UL60950-1, TUV EN60950-1 Approved 100M / 500Volts(DC) Compliance to EN55022 (CISPR22) Class B
Insulation Resistance EMI EMS
Harmonic Current Efficiency Isolation
Compliance to EN61000-4-2,3,4,5,6,8,11 ENV50204,EN55024, light Industry Level, Criteria A Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity Temperature Coefficient MTBF (SP200) (QP200) Vibration
-10°C to +60°C (See Derate Curve) -20°C to +85°C, 10~95% RH 20~90% RH non cond 0.05% / °C (0-50°C) 183.8KHrs min,MIL-HDBK-217F(25°C) 160.6K Hrs min, MIL-HDBK-217F (25°C) 10~500Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes
Physical Specifications Size (SP200) (QP200) Millimeters Inches Weight (SP200) (QP200)
Voltage and Current Line Regulation (SP200) (QP200) Load Regulation (SP200) (QP200) Voltage Tolerance (Note 2) (SP200) (Note 2)
See Selection Chart ±0.5% See Selection Chart ±0.1%: 3.3~7.5Volts(DC) ±0.5%: 12~48Volts(DC) See Selection Chart
±2.0%: 3.3;15Volts(DC) ±1.0%: 24~48Volts(DC) (QP200) See Selection Chart Ripple/Noise (SP200) (Note 1) 100mVpk-pk: 3.3~15Volts(DC) 150mVpk-pk: 24;27Volts(DC) 250mVpk-pk: 48Volts(DC) (QP200) See Selection Chart Hold Up Time @ FL) 24mS Setup, Rise Time @ FL 800mS, 50mS Over Voltage Protection (SP200) See Selection Chart Shut down o/p voltage, re-power (QP200) 5Volts(DC): 5.75~6.75Volts(DC) 3.3Volts(DC): 3.8~4.4Volts(DC) QP150D: 12Volts(DC): 13.8~16.2Volts(DC) QP150F: 17.25~20.25Volts(DC) Shutdown o/p voltage, re-power Over Current Protection 105 ~ 150% rated output power Constant current limiting,auto recovery Over Temperature (SP200) 95°C ±5°C TSW1: detect on heatsink of power transistor Shut down o/p voltage, auto recovery Over Temperature Protection (QP200) 95°C±5°C (TSW1) detect of Q1,Q2, power transistor Shutdown o/p voltage, re-power after cool down DC Volt Adjust (SP200) See Selection Chart (QP200) 5Volts(DC): 4.75~5.5Volts(DC) 3.3Volts(DC): 3.14~3.63Volts(DC) QP200D(12Volts): 11.4~13.2Volts(DC) QP200F(15Volts): 14.25~16.5Volts(DC Peak Current (Note3) (QP200) See Selection Chart
Note 199x99 x 50mm (7.83”x3.90 ”x1.97”) 215 x 115 x 50 8.46” x 4.53” x 1.97” 29.99 oz (850g) 42.33 oz (1200g)
1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance: includes set up tolerance, line regulation and load regulation. 3. 33.3% Duty cycle maximum within every 30 seconds. Average output power should not exceed the rated power.
*Please see page 4 for Waiver of Liability Statement
402
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SP/QP200 series 200W Single and Quad Output with PFC Function Mounting Feet Optional
Enclosed
Mechanical Dimensions - SP200
Block Diagram - SP200 SP200
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
403
SP/QP200 series 200W Single and Quad Output with PFC Function
Mechanical Dimensions - QP200 Mounting Feet Optional
Enclosed
Block Diagram - QP200 QP200
404
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP/QP200 series 200W Single and Quad Output with PFC Function
Output Derating Curve - QP200
Enclosed
Output Derating Curve - SP200
Output Derating Curve VS Input Voltage
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
405
SP240 series 240W Single Output Switching Power Supply with PFC Universal AC input
Forced air cooling by built-in DC fan
Built-in active Power Factor Correction (PFC)
Built in cooling FAN ON-OFF control
Protections: Short circuit / Overload / Over voltage / Over temperature
LED indicator for power on Fixed switching frequency at 90KHz
Enclosed
General Specifications Safety Insulation Resistance EMI Harmonic Current Efficiency Isolation EMS
Input Specifications UL60950-1, TUV EN60950-1 Approved ≥ 100MΩ / 500V / 25°C / 70% RH Compliance to EN55022B (CISPR22B) Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-4-2,3,4,5,6,8,11, EN55024 ENV50204, light Industry Level, Criteria A
Environmental Specifications Oper. Temperature Curve) Storage Temperature Relative Humidity Temperature Coefficient MTBF Vibration
-20°C to +70°C (See Derate -40°C to +85°C, 10~95% RH 20~90% RH non cond ±0.03% / °C (0-50°C) 284KHrs MIL-HDBK-217F(25°C) 10~500Hz, 2G 10min./1cycle 60min. each along X, Y, Z axes
Physical Specifications Size Weight
190x 93 x 50mm (7.48”x3.66 ”x1.97”) 28.22 oz (800g)
Note: 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line regulation and load regulation.
Input Voltage Range Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current Min Load Power Factor @ FL
88~264VAC; 124~370 Volts(DC) 47-63 Hz 25 Amps/115VAC; 40 Amps/230VAC 3.6 Amps/115VAC; 1.8Amps/230VAC < 2mAmps / 240VAC See Selection Chart > 0.95 / 230VAC > 0.98 / 115VAC
Output Specifications Voltage and Current Line Regulation Load Regulation O/P Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL Setup/Rise Time @ FL Over Voltage Protection Over Current Protection Over Temp. Protection DC Volt Adjust Fan Control
See Selection Chart See Selection Chart ±1%: 5 & 7.5V; ±0.5% 12-48V ±2%: 5 & 7.5V; ±1% 12-48V O/P 150mVpk-pk 20mS typ. 800/50mS @ 230VAC 1500/50mS @ 115VAC See Selection Chart Shutdown, re-power 105~135% rated output power Hiccup mode, auto recovers 90°C±5°C, 5 & 7.5V O/P 85°C±5°C, 12-48V O/P See Selection Chart RTH2≥ 40°C FAN ON ≤ 35°C FAN OFF, typ.
Model Number Output Volts Output Amps OVP Min Load DC Volt Efficiency Line Adjust Regulation SP240-5 SP240-7.5 SP240-12 SP240-15 SP240-24 SP240-30 SP240-48
406
5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 30 Volts(DC) 48 Volts(DC)
45 Amps 32 Amps 20 Amps 16 Amps 10Amps 8 Amps 5 Amps
6.3~ 7.5Volt(DC) 9.4~ 10.9Volt(DC) 14.7 ~ 17.5Volt(DC) 19 ~ 22.5Volt(DC) 29.5 ~ 35Volt(DC) 34.7~ 41Volt(DC) 57.6~ 67.2Volt(DC)
0~45Amps 0~32Amps 0~20Amps 0~16Amps 0~10Amps 0~8Amps 0~5Amps
4~6Volt(DC) 6~9Volt(DC) 10~14Volt(DC) 12~18Volt(DC) 20~28Volt(DC) 27~33Volt(DC) 41~56Volt(DC)
79% 83% 86% 86% 87% 88% 89%
±0.5% ±0.5% ±0.3% ±0.3% ±0.2% ±0.2% ±0.2%
SP240 series 240W Single Output Switching Power Supply with PFC
Enclosed
Mechanical Dimensions
Block Diagram
Derating Curve
Static Characteristics
407
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function Universal AC input Protections:Short circuit/Over load/Over voltage/ Over temperature
SP320 SP480
Built-in active PFC function, PF >0.95 Forced air cooling by built-in DC Fan
Enclosed
SP750
SP500
Physical Specifications Size (SP320) (SP480) (SP500) (SP750)
Model Number
(SP750) Weight (SP320) (SP480) (SP500) (SP750)
215x115 x 50mm (8.46”x4.53 ”x1.97”) 278x127 x 43mm (10.94”x5 ”x1.69”) 170x120 x 93mm (6.69”x4.72 ”x3.66”) 278x127 x 63.5mm (10.94”x5 ”x2.5”)
Output Volt
Output Amps
OVP
Ripple & Noise
278x127 x 63.5mm (10.94”x5 ”x2.5”) 38.80 oz (1100g) 59.97 oz (1700g) 67.02 oz (1900g) 102.29 oz (2900g)
Min Load
DC Volt Adjust
Efficiency
0~60Amps 0~55Amps 0~40Amps 0~25Amps 0~22Amps 0~20Amps 0~13Amps 0~11.7Amps 0~8.8Amps 0~6.7Amps 0~85Amps 0~85Amps 0~43Amps 0~35Amps 0~22Amps 0~11Amps 0~40Amps 0~36Amps 0~32Amps 0~20Amps 0~18Amps 0~10Amps 0~120Amps 0~62.5Amps 0~50Amps 0~31.3Amps 0~27.8Amps 0~15.7Amps
3.14~3.63Volt(DC) 4.5~5.5Volt(DC) 6.0~9.0Volt(DC) 10~13.2Volt(DC 12~15Volt(DC) 13.5~18Volt(DC) 20~26.4Volt(DC) 26~31.5Volt(DC) 32.4~39.6Volt(DC) 41~56Volt(DC) 2.9~3.6Volt(DC) 4.5~5.5Volt(DC) 10~13.2Volt(DC) 13.5~18Volt(DC) 22~27.6Volt(DC) 41~56Volt(DC) 10~13.2Volt(DC) 12~15Volt(DC) 13.5~18Volt(DC 20~26.4Volt(DC) 24~30Volt(DC) 41~56Volt(DC) 4.75~5.5Volt(DC) 10~13.5Volt(DC) 13.5~16.5Volt(DC) 22~26.4Volt(DC) 24~30Volt(DC) 43~56Volt(DC)
74% 79% 83% 86% 86% 86% 87% 88% 87% 89% 73% 79% 85% 85% 87% 89% 84% 84% 83% 85.5% 86% 86.5% 86% 87% 80% 85% 87% 89% 89% 90%
SINGLE OUTPUT SP320-3.3 SP320-5 SP320-7.5 SP320-12 SP320-13.5 SP320-15 SP320-24 SP320-27 SP320-36 SP320-48 SP480-3.3 SP480-5 SP480-12 SP480-15 SP480-24 SP480-48 SP500-12 SP500-13.5 SP500-15 SP500-24 SP500-27 SP500-48 SP750-5 SP750-12 SP750-15 SP750-24 SP750-27 SP750-48
408
3.3 Volts(DC 5 Volts(DC) 7.5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 36 Volts(DC) 48 Volts(DC) 3.3 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 48 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC) 5 Volts(DC) 12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
55 Amps 55 Amps 40 Amps 25 Amps 22 Amps 20 Amps 13 Amps 11.7 Amps 8.8 Amps 6.7 Amps 85 Amps 85 Amps 40 Amps 32 Amps 20 Amps 10 Amps 40 Amps 36 Amps 32 Amps 20 Amps 18 Amps 10 Amps 120 Amps 62.5 Amps 50 Amps 31.3 Amps 27.8 Amps 15.7 Amps
3.8 ~ 4.5Volt(DC) 5.75 ~ 6.75Volt(DC) 9.4 ~ 10.9Volt(DC) 13.8 ~ 16.2Volt(DC) 15.5 ~ 18.2Volt(DC) 18 ~ 21Volt(DC) 27.6 ~ 32.4Volt(DC) 33.7 ~ 39.2Volt(DC) 45 ~ 52.5Volt(DC) 57.6~ 67.2Volt(DC) 3.8 ~ 4.45Volt(DC) 5.75 ~ 6.75Volt(DC) 13.8 ~ 16.2Volt(DC) 18 ~ 21Volt(DC) 28.8 ~ 33.6Volt(DC) 57.6~ 67.2Volt(DC) 13.8 ~ 16.2Volt(DC) 15.75 ~ 18.2Volt(DC) 18 ~ 21Volt(DC) 27.6 ~ 32.4Volt(DC) 31 ~ 36.5Volt(DC) 57.6~ 67.2Volt(DC) 5.75 ~ 6.75Volt(DC) 13.8 ~ 16.2Volt(DC) 18 ~ 21Volt(DC) 27.6 ~ 32.4Volt(DC) 31 ~ 36.5Volt(DC) 57.6~ 67.2Volt(DC)
www.astrodyne.com
150mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk 150mV pk-pk 200mV pk-pk 220mV pk-pk 240mV pk-pk 80mV pk-pk 80mV pk-pk 120mV pk-pk 150mV pk-pk 150mV pk-pk 240mV pk-pk 240mV pk-pk 240mV pk-pk 240mV pk-pk 240mV pk-pk 200mV pk-pk 300mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk 120mV pk-pk
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function
General Specifications
Input Voltage Range (Note3) 90 ~ 264VAC 127~370 Volts(DC) Frequency Range 47-63 Hz 20Amps/115VAC; 45Amps 230VAC max. Inrush Current, typ: (cold start) Input Current (SP320) 3.3Volts(DC):2.5Amps@115VAC;1.5 Amps@230VAC 5~48Volts(DC): 5Amps@115VAC;2.5Amps@230VAC (SP480) 6.5Amps @ 115VAC 3.5 Amps @ 230VAC (SP500) 7.0Amps @ 115VAC 3.5 Amps @ 230VAC (SP750) 8.8Amps @ 115VAC 4.2 Amps @ 230VAC Leakage current < 3.5mAmps / 240VAC max. Min Load See Selection Chart Power Factor @ FL (SP320, 480) PF> 0.95 / 230VAC > 0.98 / 115VAC (SP500) PF > 0.95 / 230VAC > 0.95 / 115VAC (SP750) PF> 0.96 / 230VAC > 0.99 / 115VAC
Insulation Resistance EMI Harmonic Current Remote Control (Note 6) (SP480)
Output Specifications Voltage and Current Line Regulation Load Regulation Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL Setup, Rise Time @ FL Over Voltage Protection Over Current Protection (SP320) (SP480) (SP500) (SP750) Over Temperature (Note 4)
DC Volt Adjust Peak Load: 10min (Note 5)
See Selection Chart ±0.5%, typ. ±2.0% max. ±2.0% max. See Selection Chart 16mS min. 800mS, 50mS /230VAC min. See Selection Chart Shut down o/p voltage,re-power 105 ~ 135% rated output power Hiccup mode, auto recover 105-135% (102-120% 3.3 & 5 Vout) Constant current limiting,auto recover Fold back current limiting,auto recover Constant current limiting, unit will Hiccup after 3sec 80°C ±5°C (70°C±5°C 3.3;5V only) 85°C ±5°C (SP750) Detect on TSW1 90°C ±5°C Detect on TSW2 Shut down o/p voltage, auto recover after cool down See Selection Chart 10% max.
*Please see page 4 for Waiver of Liability Statement
www.astrodyne.com
100M / 500Volts(DC) Compliance to EN55022B (CISPR22B) Compliance to EN61000-3-2,-3
RC+/RC-: 4~10Volts(DC) Power off 0 ~ 0.8Volts(DC) Power on (SP500, 750) RC+/RC-: short= Power off open= Power on Power Good/Fail (SP750) 50mS/1mS Efficiency See Selection Chart Isolation 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground EMS Compliance to EN61000-4-2,3,4,5,6,8,11 ENV50204,EN55024, light Industry Level, Criteria A Fan Control RTH1 or RTH2 50°C Fan On, 45°C Fan Off, 70°C output shutdown
Enclosed
Input Specifications
Environmental Specifications Oper. Temperature (SP320) (SP480, 750) (SP500) Storage Temperature (SP320, 480, 750) (SP500) Relative Humidity Temperature Coefficient MTBF (SP320) (SP480) (SP500) (SP750) Vibration
-20°C to +65°C (See Derate Curve) -20°C to +60°C (See Derate Curve) -10°C to +50°C (See Derate Curve) -40°C to +85°C, 10~95% RH -20°C to +85°C, 10~95% RH 20~90% RH non cond 0.05% / °C (0-50°C) max. 207KHrs min,MIL-HDBK-217F(25°C) 120.5KHrs min,MIL-HDBK-217F(25°C) 133.4KHrs min,MIL-HDBK-217F(25°C) 124KHrs min,MIL-HDBK-217F(25°C) 10~500Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes
Note 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance: includes set up tolerance, line regulation and load regulation. 3. Derating may be needed under low input voltages. Please check the derating curve for more details. 4. TSW1: Detect on heatsink of power transistor. TSW2: Detect on heatsink of output diode. 5. 33% Duty cycle maximum within every 30 minute. Average output power should not exceed the rated POWER. 6. The power supply unit will have no output if the shorting connector is not assembled between RC+ & RC-.
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
409
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function
Mechanical Dimensions - SP320
Mounting Feet Optional
Enclosed
Block Diagram - SP320 SP320
Output Derating Curve - SP320
410
Static Characteristics - SP320
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function
Enclosed
Mechanical Dimensions - SP480
Block Diagram - SP480SP480
Output Derating Curve - SP480
www.astrodyne.com
Static Characteristics - SP480
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
411
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function
Mechanical Dimensions - SP500
Enclosed
Block Diagram - SP500
Output Derating Curve - SP500
412
Output Derating Curve VS Input Voltage - SP500
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Function
Enclosed
Mechanical Dimensions - SP750
Block Diagram - SP750
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
413
SP series 320, 480, 500 and 750W Single Output Enclosed Power Supply with PFC Funcion
Control Terminal Instruction Manual - SP750
Enclosed
Output Derating Curve - SP750
414
Static Characteristics- SP750
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PSP series 600W with PFC and Parallel Function Universal AC input Protections: Short circuit/Over load/Over voltage/ Over temperature Built-in active PFC function With DC OK Signal Output
Enclosed
Current sharing With power good and fail signal output Built-in remote ON-OFF control Built-in remote sense function
Environmental Specifications Oper. Temperature
-20°C to +60°C (See Derate Curve)
Storage Temperature Relative Humidity Temperature Coefficient
-40°C to +85°C, 10~95% RH 20~90% RH, non cond ±0.03% / °C (0-50°C)
MTBF Vibration
116.4KHrs min,MIL-HDBK-217F(25°C) 10~500Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes
Model Number
Output Volts
Output Amps
*Please see page 2 for Waiver of Liability Statement
OVP
Min Load
5.75~6.75Volt(DC) 13.8~16.2Volt(DC) 15.5~18.2Volt(DC) 18~21Volt(DC) 27.6~32.4Volt(DC) 31~36.5Volt(DC) 57.6~67.2Volt(DC)
0~80Amps 0~50Amps 0~44.5Amps 0~40Amps 0~25Amps 0~22.2Amps 0~12.5Amps
DC Volt Adjust
Load Reg
Efficiency
SINGLE OUTPUT PSP600-5 PSP600-12 PSP600-13.5 PSP600-15 PSP600-24 PSP600-27 PSP600-48
5 Volts(DC) 12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
80 Amps 50 Amps 44.5 Amps 40 Amps 25 Amps 22.2 Amps 12.5 Amps
4.75~5.5Volt(DC) 10~13.2Volt(DC) 12~15Volt(DC) 13.5~18Volt(DC) 20~26.4Volt(DC) 24~30Volt(DC) 41~56Volt(DC)
±1.0% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5% ±0.5%
79% 84% 85% 85% 86% 86% 87%
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
415
PSP series 6000W with PFC and Parallel Function
Input Specifications
Enclosed
Input Voltage Range (Note 4) Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current Min Load Power Factor (typ.) @ FL
Output Specifications 90 ~ 264VAC 127~370 Volts(DC) 47-63Hz 40Amps/230VAC 3.5 Amps@230VAC < 3.5 mAmps / 240VAC See Selection Chart 0.96/230VAC
General Specifications Safety Insulation Resistance EMI Harmonic Current Efficiency Isolation
EMS
Remote Control (PSP500) Pok Signal
UL60950-1, TUV EN60950-1 Approved 100M /500Volts(DC)/25°C/70%RH Compliance to EN55022B(CISPR22B) Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-4-2,3,4,5,6,8,11 ENV50204, ENV55024 light Industry Level, Criteria A RC+/RC-: Short=Power ON Open=Power Off PSU turn on: 3.3~5.6Volts(DC) PSU turn off: 0~1Volts(DC)
Physical Specifications Size Weight
416
170 x 120 x 93 mm (6.69”x 4.72”x 3.66”) 67.02 oz (1900g)
www.astrodyne.com
Voltage and Current Line Regulation Load Regulation Voltage Tolerance (Note 2) Ripple/Noise (Note 1)
Hold Up Time @ FL Setup, Rise Time @ FL Over Voltage Protection Over Current Protection Over Temperature Protection
DC Voltage Adjust Peak Load (Note 3) (PSP1000) (PSP1500)
See Selection Chart ±0.5% max. See Selection Chart 2.0%: 5Volts(DC) 1.0%: 12~48Volts(DC) 180mVpk-pk: 5Volts(DC) 240mVpk-pk: 12~27Volts(DC) 300mVpk-pk: 48Volts(DC) 20mS min. 1500mS, 50mS See Selection Chart Shutdown o/p voltage, re-power 105~135% rated output power Constant current limiting,auto-recover +5Volts(DC): 95°C(TSW1) detect on heatsink of power transitor; 95°C(TSW51) detect on heatsink of power diode +12~48Volts(DC): 85°C(TSW1) detect on heatsink of power transitor; 80°C(TSW51) detect on heatsink of power diode See Selection Chart 5Volts(DC): 800W 12~48Volts(DC): 1000W 5Volts(DC): 1200W 12~48Volts(DC): 1500W
Note 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line regulation and load regulation. 3. 10% Duty cycle maximum within every 30 seconds(max.). Average output power should not exceed the rated power. 4. Derating may be needed under low input voltages. Please check the derating curve for more details.
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
PSP series 600W with PFC and Parallel Function
Enclosed
Mechanical Dimensions - PSP600
Block am - Diagram PSP600 - PSP600
Output Derating Curve - PSP600
www.astrodyne.com
Output Derating Curve VS Input Voltage - PSP600
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
417
PSP series 600W with PFC and Parallel Function
Control Terminal Instruction Manual - PSP600
Enclosed 418
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RSP1000 series Universal AC input
AC input active surge current limiting
Protections: Short circuit/Over load/ Over voltage/Over temperature
DC OK Signal
Built-in active PFC function, PF>0.95
Output voltage can be trimmed between 40~110% of the rated output voltage
Forced air cooling by built-in DC fan
High power density 10.7W/cubic inch
Built-in remote sense function
Active Current sharing up to 4000W (3+1)
Built-in remote ON-OFF control
Built-in 5 Volt/0.5 Amp auxiliary power
Enclosed
1000W Single Output Power Supply
1 U low profile of 41mm
General Specifications Safety Insulation Resistance EMI (Note 4) Harmonic Current Efficiency Isolation EMS (Note 4) Auxiliary power(Aux) Remote ON/OFF Dc OK Signal Output Voltage Trim Current Sharing
Input Specifications UL60950-1, TUV EN60950-1 100MΩ / 500Volts(DC) Compliance to EN55022 (CISPR22) Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-42,3,4,5,6,8,11 ENV50204, EN55024, EN61000-6-2 EN61204-3 light Industry Level, Criteria A 5 Volts @ 0.5 Amps (+5%, -8%) Please see the Function Manual Please see the Function Manual 40-110%; Please see Function Manual Please see the Function Manual
Environmental Specifications Oper. Temperature Storage Temperature Operating Humidity 2 Temperature Coefficient MTBF Vibration
-20°C to +60°C (See Derate Curve) -40°C to +85°C, 10~95% RH 0~90% RH non cond ±0.02% / °C (0-50°C) 35KHrs min,MIL-HDBK-217F(25°C) 10~500Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes
Physical Specifications Size Weight
295 x127 x 41mm (11.61”x5 ”x1.61”) 68.78 oz (1950g)
Input Voltage Range (Note 3) Frequency Range Inrush Current, typ: (cold start) Input Current Leakage current Min Load Power Factor @ FL
90 ~ 264VAC 127~370 Volts(DC) 47-63 Hz 25Amps/115VAC; 40Amps 230VAC 12 Amps/115V; 6.0 Amps/230V < 2.0 mAmps / 240VAC See Selection Chart 0.95 / 230V; 0.98 / 115V
Output Specifications Voltage and Current Line / Load Regulation Voltage Tolerance (Note 2) Ripple/Noise (Note 1) Hold Up Time @ FL Setup, Rise Time @ FL Over Voltage Protection Over Current Protection Over Temperature Protection DC Volt Adjust
See Selection Chart ±0.5% ±1.0% 150mVpk-pk 16mS / 230VAC 300mS, 50mS See Selection Chart Shutdown o/p volage, re-power 105~125% rated output power Constant current limit,auto recover 85°C ±5°C (TSW2) detected on heatsink of O/P diode; 75°C ±5°C (TSW1) detected on heatsink of power transistor See Selection Chart
Note: 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line reg and load reg. 3. Derating may be needed under low input voltages. Please check the derating curve for more details. 4. The Power Supply is considered a component. The final equipment should be retested for EMC Directive compliance.
419
RSP1000 series 1000W Single Output Power Supply Model Number Output Volts Output Amps OVP Min Load DC Volt Efficiency Adjust
Enclosed
RSP1000-12 RSP1000-15 RSP1000-24 RSP1000-27 RSP1000-48
Mechanical Dimensions
Derating Curve
420
12 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
60 Amps 50 Amps 40 Amps 37 Amps 21 Amps
13.8 ~ 16.8Volt(DC) 17 ~ 20.5Volt(DC) 27.6 ~ 32.4Volt(DC) 31 ~ 36.5Volt(DC) 56.6~ 66.2Volt(DC)
0~60 Amps 0~50 Amps 0~40 Amps 0~37 Amps 0~21 Amps
10~13.5Volt(DC) 83% 13.5~16.5Volt(DC) 85% 20~26.4Volt(DC) 88% 24~30Volt(DC) 88% 43~55Volt(DC) 90%
RSP1500 series
Enclosed
1500W Single Output Power Supply
Universal AC input
AC input active surge current limiting
Protections:Short circuit/Over load/Over voltage/Over temperature
High efficiency up to 91%
Built-in active PFC function, PF>0.95
Output voltage can be trimmed between 70~100% of the rated output voltage
Forced air cooling by built-in DC ball bearing fan
High power density 8.3W/cubic inche
Built-in remote sense function
Current sharing up to 6000W(3+1)
Built-in remote ON OFF OFFcontrol control
Alarm signal ouput
ZVS new technology
Built-in 12Volts/0.1Amps auxiliary output for remote control
Input Specifications
Model Number
Environmental Specifications
Output Volts
Output Amps
12 Volts(DC) 13.5 Volts(DC) 15 Volts(DC) 24 Volts(DC) 27 Volts(DC) 48 Volts(DC)
240 Amps 125 Amps 100 Amps 63 Amps 56 Amps 32 Amps
OVP
Min Load
DC Volt Adjust
Efficiency
SINGLE OUTPUT RSP1500-5 RSP1500-12 RSP1500-15 RSP1500-24 RSP1500-27 RSP1500-48
www.astrodyne.com
5.75 ~ 6.75Volt(DC) 13.8 ~ 16.8Volt(DC) 17 ~ 20.5Volt(DC) 27.6 ~ 32.4Volt(DC) 31 ~ 36.5Volt(DC) 57.6~ 67.2Volt(DC)
0~240Amps 0~125Amps 0~100Amps 0~63Amps 0~56Amps 0~32Amps
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
4.5~5.5Volt(DC) 10~13.5Volt(DC) 13.5~16.5Volt(DC) 20~26.4Volt(DC) 24~30Volt(DC) 43~56Volt(DC)
80% 87% 87% 90% 90% 91%
421
RSP1500 series 1500W Single Output Power Supply
General Specifications
Physical Specifications
Notes
Enclosed
Output Specifications
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve
422
Static Characteristics
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RSP1500 series 1500W Single Output Power Supply
Enclosed
Mechanical Dimensions
Block Diagram
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
423
RSP1500 series 1500W Single Output Power Supply
Function Manual
Enclosed 424
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
RSP1500 series
Enclosed
1500W Single Output Power Supply
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
425
SCP series 600-2400W Parallel (N+1) with PFC Function AC input 180~260VAC only AC input 180~260VAC, 3 Phase 3 wire (SCP2K4) Protections:Short circuit/Over load/Over voltage/Over temperature
SCP1K2
SCP600
PF> 0.98@ 230VAC
Enclosed
Built in remote sense function Built-in remote ON-OFF control Built-in power good signal output Built-in parallel operation function(N+1) Can adjust from 20~100% output voltage by external control 1-5V Forced air cooling by built-in DC fan
SCP2K4
Input Specifications Input Voltage Range 180 ~ 260VAC 260~370 Volts(DC) Frequency Range 47-63Hz Inrush Current, max: (cold start) 60Amps/230VAC Input Current (SCP600, 800) 5.0Amps@230VAC (SCP1K2) 10Amps@230VAC (SCP2K4) 15Amps@230VAC Leakage current < 3.5mAmps / 240VAC Min Load See Selection Chart Power Factor (typ.) @ FL > 0.98/230VAC
Output Specifications Voltage and Current Line Regulation Load Regulation (SCP1K2/2K4)
See Selection Chart ±0.5% ±1.0%: 5Volts(DC) ±0.5%: 9~60Volts(DC) ±1.5%: 5Volts(DC) ±1.0%: 9Volts(DC) ±0.5%: 12~60Volts(DC)
Model Number
Output Volts
Output Amps
Voltage Tolerance (Note 2)
±2.0%: 5Volts(DC) ±1.5%: 9Volts(DC) ±1.0%: 12~60Volts(DC) Ripple/Noise (Note 1) See Selection Chart Hold Up Time @ FL 12mS min. Over Voltage Protection 110~135% follow to output set up point Shutdown o/p voltage, re-power Over Current Protection (Note3) 105~115% rated output power Current limiting, delay shut down o/p, re-power Over Temperature Protection > 100°C / measure by heat sink,near transformer, Shutdown o/p voltage auto-recover after cool down DC Voltage Adjust ±0.3% typ. adjustment by potentiometer 20~100% adjustment by 1~5Volts(DC) external control
Min Load
Ripple & Noise
Efficiency
SINGLE OUTPUT SCP600-5 SCP600-9 SCP600-12 SCP600-15 SCP600-18 SCP600-24 SCP600-36 SCP600-48 SCP600-60
426
5 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 36 Volts(DC) 48 Volts(DC) 60 Volts(DC)
100 Amps 66 Amps 50 Amps 40 Amps 33.3 Amps 25 Amps 16.6 Amps 12 Amps 10Amps
www.astrodyne.com
0~100Amps 0~66Amps 0~50Amps 0~40Amps 0~33.3Amps 0~25Amps 0~16.6Amps 0~12Amps 0~10Amps
100mVpk-pk 100mVpk-pk 120mVpk-pk 150mVpk-pk 180mVpk-pk 240mVpk-pk 360mVpk-pk 480mVpk-pk 500mVpk-pk
80% 82% 84% 85% 86% 89% 89% 90% 90%
Continued
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
SCP series 600-2400W Parallel (N+1) with PFC Function Model Number
Output Volts
Output Amps
Min Load
Ripple & Noise
Efficiency
SCP800-9 SCP800-12 SCP800-15 SCP800-18 SCP800-24 SCP800-36 SCP800-48 SCP800-60 SCP1K2-5 SCP1K2-9 SCP1K2-12 SCP1K2-15 SCP1K2-18 SCP1K2-24 SCP1K2-36 SCPK2-48 SCP1K2-60 SCP2K4-9 SCP2K4-12 SCP2K4-15 SCP2K4-18 SCP2K4-24 SCP2K4-36 SCP2K4-48 SCP2K4-60
9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 36 Volts(DC) 48 Volts(DC) 60 Volts(DC) 5 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 36 Volts(DC) 48 Volts(DC) 60 Volts(DC) 9 Volts(DC) 12 Volts(DC) 15 Volts(DC) 18 Volts(DC) 24 Volts(DC) 36 Volts(DC) 48 Volts(DC) 60 Volts(DC)
88Amps 66 Amps 53 Amps 44.4 Amps 33Amps 22.2 Amps 16 Amps 13 Amps 200 Amps 133 Amps 100 Amps 80 Amps 66.6 Amps 50 Amps 33.3 Amps 24 Amps 20 Amps 266 Amps 200 Amps 160 Amps 133.3 Amps 100 Amps 66.6 Amps 50 Amps 40 Amps
General Specifications Safety Insulation Resistance EMI Harmonic Current Efficiency Isolation
EMS
Power Good Signal Special Function Cooling
90mVpk-pk 120mVpk-pk 150mVpk-pk 180mVpk-pk 240mVpk-pk 360mVpk-pk 480mVpk-pk 500mVpk-pk 100mVpk-pk 100mVpk-pk 120mVpk-pk 150mVpk-pk 180mVpk-pk 240mVpk-pk 360mVpk-pk 480mVpk-pk 500mVpk-pk 90mVpk-pk 120mVpk-pk 150mVpk-pk 150mVpk-pk 150mVpk-pk 200mVpk-pk 200mVpk-pk 200mVpk-pk
83% 84% 85% 86% 88% 88% 89% 90% 80% 82% 84% 85% 86% 89% 89% 90% 90% 83% 84% 85% 86% 88% 88% 89% 89%
Environmental Specifications UL60950-1, TUV EN60950-1 Approved 100M /500Volts(DC)/25°C/70%RH Compliance to EN55022A (CISPR22A) Compliance to EN61000-3-2,-3 See Selection Chart 3000VAC Input - Output 1500VAC Input - Ground 500VAC Output - Ground Compliance to EN61000-4-2,3,4,5,6,8,11 ENV50204, light Industry Level, Criteria A Open collector of NPN transistor DC Volt. Adjust, remote sensing, remote control, parallel operation By fan, >20% load or >50°C fan on
Notes 1. Ripple & noise are measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Tolerance : includes set up tolerance, line regulation and load regulation. 3. Current limiting 3 times(1.5s,3.0s,5.0s)Then intelligent auto recovery before shut down.
www.astrodyne.com
0~88Amps 0~66Amps 0~53Amps 0~44.4Amps 0~33Amps 0~22.2Amps 0~16Amps 0~13Amps 0~200Amps 0~133Amps 0~100Amps 0~80Amps 0~66.6Amps 0~50Amps 0~33.3Amps 0~24Amps 0~20Amps 0~266Amps 0~200Amps 0~160Amps 0~133.3Amps 0~100Amps 0~66.6Amps 0~50Amps 0~40Amps
Enclosed
SINGLE OUTPUT
Oper. Temperature Storage Temperature Relative Humidity Temperature Coefficient MTBF (SCP600) (SCP800) (SCP1K2) (SCP2K4) Vibration
-20°C to +65°C (See Derate Curve) -20°C to +85°C, 10~95% RH 20~90% RH non cond ±0.04% / °C (0-50°C) 74.9KHrs min,MIL-HDBK-217F(25°C) 74.9KHrs min,MIL-HDBK-217F(25°C) 37.4KHrs min,MIL-HDBK-217F(25°C) 24.9KHrs min,MIL-HDBK-217F(25°C) 10~200Hz, 2G10min./1cycle, period for 60min. each along X, Y, Z axes
PHYSICASpecifi L SPECcations IFICATIONS Physical Size
(SCP600/800) (SCP1K2) (SCP2K4) Weight (SCP600/800) (SCP1K2) (SCP2K4)
290 x 120 x 68 mm (11.42”x 4.72”x 2.68”) 290 x 120 x 132 mm (11.42”x 4.72”x 5.20”) 350 x 212 x 124 mm (13.78x 8.35”x 4.88”) 67.02 oz (1900g) 176.37 oz (5000g) 317.47oz (9000g)
*Please see page 4 for Waiver of Liability Statement
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
427
SCP series 600-2400W Parallel (N+1) with PFC Function Unit:mm
Mechanical Dimensions - SCP600/800
Enclosed
Output Derating Curves - SCP600/800
428
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SCP series 600-2400W Parallel (N+1) with PFC Function
Enclosed
Control Terminal Instruction Manual
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
429
SCP series 600-2400W Parallel (N+1) with PFC Function Unit:mm
Mechanical Dimensions - SCP1K2
Enclosed
Output Derating Curves - SCP1K2
430
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
SCP series 600-2400W Parallel (N+1) with PFC Function Unit:mm
Enclosed
Mechanical Dimensions - SCP2K4
Output Derating Curves - SCP2K4
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
431
SCP series 600-2400W Parallel (N+1) with PFC Function
FIG. A: 3 Ø 3W 220VAC System (Standard Model For Stock) - SCP2K4
Enclosed
FIG. B: 1 Ø 220VAC System - SCP2K4
FIG. C: 3 Ø 4W 220/380VAC System - SCP2K4
FIG. D: 3 Ø 4W 190/110VAC System
432
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
HIGH DENSITY DC/DC converters For distributed power systems requiring highly efficient and compact power conversion, DC/DC converter modules offer flexible power solutions suitable for a wide array of operating conditions. Telecommunications, industrial control and embedded systems are among the popular applications for these modules. DC/DC converters come in isolated and nonisolated formats with various input and output voltage options at power levels ranging from a few watts up to several hundred watts. Packaging styles are similarly diverse. Nonisolated DC/DC converters, often called point-of-load converters, frequently come in through-hole SIP, DIP or surface-mount packages. Meanwhile, isolated DC/DC converters are typically offered in standard footprints such as 1 inch x 2 inch or “brick” sizes— full, 1/2, 1/4, 1/8 and 1/16 bricks are common. Isolated converters also offer the choice of open-frame, enclosed or encapsulated packaging, which allow for tradeoffs in thermal performance, durability and cost. When selecting a DC/DC converter, consider the following criteria as they relate to your application requirements: Open Frame versus Encapsulated. For applications where the DC/DC converter is protected from the elements, openframe construction represents the most cost-effective option. However, for harsh environments, encapsulated models offer protection against dust and moisture, reduced vulnerability to shock and vibration and improved thermal performance. (For more on these two packaging styles, see the respective sections on open-frame and encapsulated power supplies in this Sourcebook.)
High Density
Output Voltage (V) and Current (A). DC/DC converters offer either single, dual or triple outputs, typically in the range of 1.5 to 48 VDC. When determining the supply-voltage levels required in an application, note the current levels that will be required at each voltage. Isolated vs Nonisolated. DC/DC converters are available with or without input-to-output isolation. Isolated converters offer advantages with respect to safety, reliability and system performance, but with some tradeoffs. Nonisolated converters generally provide higher power and current density, higher efficiency and lower cost than similarly rated isolated models. Input Voltage Range. Isolated DC/DC converters are typically designed to accept wide ranges of input voltage, roughly centered around popular nominal values such as 12, 24 or 48 VDC. For example, a supply with 2:1 input at 48 VDC nominal will accept inputs from 36 to 72 VDC. The same supply with 4:1 input will accept 18 to 72 VDC. Other options for input range include 9 to 18 VDC (2:1 at 12 VDC nominal); 18 to 36 (2:1 at 24 VDC nominal), and 9 to 36 V (4:1 at 24 VDC nominal). Nonisolated converters tend to be designed for lower input-voltage ranges such as 4.5 to 14 V or for narrow input-voltage ranges. Loading. Older DC/DC converter models with single or multiple outputs often require a minimum level of loading, or preloading, to ensure stable operation. Newer models with multiple outputs may also need preloading, which can be accomplished by adding load resistors to a converter’s outputs. Compare the DC/DC converter specification with loading conditions in the application to determine whether preloading is necessary. Load capacitance is another consideration. DC/DC converters typically have low levels of output capacitance, which limits their ability to drive highly capacitive loads. If load capacitance exceeds a converter’s specified level, the converter may shut down or enter a current-limiting mode. Regulation. Fluctuations in line (input voltage) and load produce changes in DC/DC converter output voltage. These sensitivities to changing inputs and outputs are quantified on converter data sheets as line and load regulation. When selecting a DC/DC converter, determine the application’s requirement for voltage regulation to determine whether a converter’s line and load regulation specifications are adequate. Ripple and Noise. DC/DC converters typically specify maximum values of output ripple and noise in millivolts peak-topeak for each output. Be sure to compare a converter’s data sheet specifications for ripple and noise with application requirements when choosing a DC/DC converter. Efficiency. Typical values of efficiency are often specified for DC/DC converters. These values provide a rough means of comparing the performance of different models. However, the efficiency of a given DC/DC converter will vary with operating conditions such as load. Consider the typical operating conditions and efficiency requirements of the application when selecting a DC/DC converter. Thermal Management. The ambient temperature range expected in the application together with converter thermal specifications will determine whether convection cooling or forced-air cooling may be required, or whether derating of the converter may be necessary. Note that the thermal performance of the converter can be dramatically affected by the choice of open-frame or encapsulated packaging. Safety. Some newer DC/DC converter models are approved to UL60950-1 and related safety standards. However for most applications, safety approvals such as UL60950-1 are not required for DC/DC converters because these power supplies operate from safety extra low voltage (SELV) circuits, which are less than 60 V.
ww www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
379
433
DU1P0 series Isolated and Unregulated 1 WATT Modular DC/DC Converters Low Cost 1 Watt in SIP Package Unregulated Outputs Input/Output Isolation up to 3KVDC UL 94-V0 Non-Conductive Case Unit Measures 0.24”W x 0.77”L x 0.4”H
Internal Input & Output Filters
General Specifications
Input Specifications Input Voltage Ranges:
High Density
Input Current Input Filter
5 VDC Nominal 4.5-5.5 VDC 12 VDC Nominal 10.8-13.2 VDC 15 VDC Nominal 13.5-16.5 VDC 24 VDC Nominal 21.6-26.4 VDC (Nom Vin, Full Load) See Selection Chart Capacitor
Input-Out Isolation Efficiency (Nom I/P & FL) Switching Frequency Isolation Resistance Isolation Capacitance Safety
1000VDC; (3000VDC suffix-N) See Selection Chart 60Khz 10000 M Ohms 30pF, max. UL, TUV, CB, CE
*Please see page 4 for Waiver of Liability Statement
Model Number Output Voltage Output mA
Input Range
Efficiency
Max I.P. Current
Max Load Capacitance
SINGLE OUTPUT DU1P0-05S05(N) 5 VDC DU1P0-12S05(N) DU1P0-15S05(N) DU1P0-24S05(N) DU1P0-05S12(N) 12 VDC DU1P0-12S12(N) DU1P0-15S12(N) DU1P0-24S12(N) DU1P0-05S15(N) 15 VDC DU1P0-12S15(N) DU1P0-15S15(N) DU1P0-24S15(N)
200 200 200 200 83 83 83 83 67 67 67 67
4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC 4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC 4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC
77% 77% 73% 72% 82% 82% 79% 78% 81% 79% 80% 78%
274mA 114mA 97mA 61mA 255mA 106mA 89mA 56mA 261mA 112mA 88mA 57mA
6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF 6.2uF
DUAL OUTPUT DU1P0-05D05(N) +/-5 VDC DU1P0-12D05(N) DU1P0-15D05(N) DU1P0-24D05(N) DU1P0-05D12(N) +/-12 VDC DU1P0-12D12(N) DU1P0-15D12(N) DU1P0-24D12(N) DU1P0-05D15(N) +/-15 VDC DU1P0-12D15(N) DU1P0-15D15(N) DU1P0-24D15(N)
+/-100 +/-100 +/-100 +/-100 +/-42 +/-42 +/-42 +/-42 +/-33 +/-33 +/-33 +/-33
4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC 4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC 4.5-5.5 VDC 10.8-13.2 VDC 13.5-16.5 VDC 21.6-26.4 VDC
78% 77% 75% 75% 82% 81% 80% 78% 81% 82% 80% 79%
270mA 114mA 94mA 59mA 258mA 109mA 88mA 57mA 257mA 106mA 87mA 55mA
3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF 3.0uF
Note - (N) Denotes that there is an optional 3000VDC Input to Output Isolation version available for the DU1P0 family of products. To order a DU1P0 product with the optional 3000VDC Isolation, simply add an “N” to the end of the standard Part Number. For example DU1P0-05S05N.
434
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
DU1P0 series Isolated and Unregulated 1 WATT Modular DC/DC Converters
Output Specifi cations OUTPUT SPECIFICATIONS See Selection Chart +/- 10% on 5V output +/- 8% on all others +/- 1.3%/1% of Vin +/-0.1%/°C max. 100mV Pk-Pk, typ +/-5%, max 1 Second max 10% of FL Min Vin & Resitive Load See Selection Chart
Environmental Specifications Oper. Temperature Storage Temperature Relative Humidity MTBF (Note 2) Thermal Shock Vibration
0.77(19.6)
0.016(0.4) FRONT VIEW
0.01x 0.02 ( 0.25 x 0.5) Rectangular Pin 0.10(2.54)
0.14(3.6)
0.085(2.16)
0.20(5.08) BOTTOM VIEW 1 2 4 5 6 7
0.24(6.1)
-25 to +85°C(See Derate Curve) -55 to +105°C * 5% to 95% RH * 1.471 MHrs MIL-STD-810D 10-55Hz, 10G, 30 Minutes along X, Y, and Z
0.40(10.2)
0.053(1.35)
All dimensions in inches(mm) Tolerance : x.xx±0.02(x.x±0.5) x.xxx±0.01(x.xx±0.25) Pin pitch tolerance ±0.014(0.35)
High Density
Voltage and Current Load Regulation (Note 1) 20% - FL Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise(Single/Dual) Voltage Accuracy Short Circuit Protection Minimum Load (Note 1) Max. Load Capacitance
Mechanical Dimensions
Physical Specifications Dimensions Case Material Construction Weight
0.77 x 0.24 x 0.40” UL 94-V0 Non-Conductive Black Plastic Fully Encapsulated (UL94-V0) 2g (0.071oz)
NOTES 1) A Minimum 10% Load is required to maintain regulation 2) BELLCORE TR-NWT-000332. Case 1: 50% Stress, Temperature at 40°C. (Ground fixed and controlled environment)
STANDARD MODELS Pin #
Single Outputs Dual Outputs
1 2 4 5 6 7
+ Input - Input - Output NC + Output No Pin
Output Derating Curve
+ Input - Input - Output Common + Output No Pin
“N” MODELS Pin #
Single Outputs Dual Outputs
1 2 4 5 6 7
+ Input - Input No Pin - Output NC + Output
+ Input - Input No Pin - Output Common + Output
C www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
435
ASD105 series Isolated and Regulated 1.5 WATT Modular DC/DC Converters Low Ripple and Noise Regulated Outputs 500V Isolation Short Circuit Protection Standard Pinouts
Unit Measures 0.8”W x 1.25”L x0.4”H
Input PI Filter
Output Specifications
Input cations INPUTSpecifi SPECIFICATIONS Input Voltage Ranges:
High Density
Input Filter
5 VDC Nominal 12 VDC Nominal 24 VDC Nominal 28 VDC Nominal 48 VDC Nominal PI Type
Model Number SINGLE OUTPUT ASD105-5S5 ASD105-12S5 ASD105-24S5 ASD105-28S5 ASD105-48S5 ASD105-5S12 ASD105-12S12 ASD105-24S12 ASD105-28S12 ASD105-48S12 ASD105-5S15 ASD105-12S15 ASD105-24S15 ASD105-28S15 ASD105-48S15 DUAL OUTPUT ASD105-5D12 ASD105-12D12 ASD105-24D12 ASD105-28D12 ASD105-48D12 ASD105-5D15 ASD105-12D15 ASD105-24D15 ASD105-28D15 ASD105-48D15
436
4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30.8 VDC 43.2-52.8 VDC
Voltage and Current Load Regulation Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise(Single/Dual) Voltage Accuracy Short Circuit Protection Efficiency
See Selection Chart 20% to FL +/- 0.3% +/-0.02%/°C 50mVp-p max. +/- 4% 1 second max. 50%
Output Voltage
Output mAmps Input Range
5 VDC
300 300 300 300 300 125 125 125 125 125 100 100 100 100 100
4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30-8 VDC 43.2-52.8 VDC 4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30-8 VDC 43.2-52.8 VDC 4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30-8 VDC 43.2-52.8 VDC
+/-60 +/-60 +/-60 +/-60 +/-60 +/-50 +/-50 +/-50 +/-50 +/-50
4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30-8 VDC 43.2-52.8 VDC 4.5-5.5 VDC 10.8-13.2 VDC 21.6-26.4 VDC 25.2-30-8 VDC 43.2-52.8 VDC
12 VDC
15 VDC
+/-12 VDC
+/-15 VDC
www.astrodyne.com
+/- 0.5%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD105 series Isolated and Regulated 1.5 WATT Modular DC/DC Converters
Environmental Specifications
General Specifications
Oper. Temperature Case Temperature Storage Temperature Cooling MTBF
Input-Output Isolation Isolation Resistance Isolation Capacitance Switching Frequency
-25 to +71°C 100°C max. -40 to +100°C * Free Air Convection Single O/P 1,024,000 Hrs. Dual O/P 937,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
*Please see page 4 for Waiver of Liability Statement
Physical Specifications Case Material
Black coated Copper w. Non-conductive base Fully Encapsulated 0.5 oz, (13g) 1.25” x 0.8” x 0.4”
Construction Weight Dimensions
High Density
Mechanical Dimensions
500VDC 10-9nth Ohm min. 30pF 20Khz
www.astrodyne.com
Pin #
Single Outputs
Dual Outputs
1 2 3 10 11 12 13 14 15 22 23 24
+ Input NC NC - Output + Output - Input - Input + Output - Output NC NC + Input
+ Input - Output Common Common + Output - Input - Input + Output Common Common - Output + Input
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
437
ASD03 series Isolated and Regulated 3 WATT Modular DC/DC Converters 24-Pin DIP Package Wide 2:1 Input Range
“H” versions only
500 or 1500V Isolation Short Circuit Protection High Efficiency
Unit Measures 0.8”W x 1.25”L x0.5”H
Input PI Filter
Input Specifications Input Voltage Ranges:
High Density
Input Filter
Output Specifications 12 VDC Nominal 24 VDC Nominal 48 VDC Nominal PI Type
9-18 VDC 18-36 VDC 36-72 VDC
Line Regulation Temperature Coefficient Ripple/Noise(Single/Dual)
Physical Specifications Case Material Construction Weight Dimensions
Black coated Copper w. Non-conductive base Fully Encapsulated 0.5 oz, (13g) 1.25” x 0.8” x 0.5”
Model Number SINGLE OUTPUT ASD03-12S3(H orM)* ASD03-24S3(H orM)* ASD03-48S3(H orM)* ASD03-12S5(H or M)* ASD03-24S5(H or M)* ASD03-48S5(H or M)* ASD03-12S12(H or M)* ASD03-24S12(H or M)* ASD03-48S12(H or M)* ASD03-12S15(H or M)* ASD03-24S15(H or M)* ASD03-48S15(H or M)* DUAL OUTPUT ASD03-12D5(H or M)* ASD03-24D5(H or M)* ASD03-48D5(H or M)* ASD03-12D12(H or M)* ASD03-24D12(H or M)* ASD03-48D12(H or M)* ASD03-12D15(H or M)* ASD03-24D15(H or M)* ASD03-48D15(H or M)*
Voltage and Current Load Regulation
Voltage Accuracy Short Circuit Protection Voltage Balance (Dual) Efficiency
See Selection Chart Single (10% to FL) Dual (25% to FL) (HL-LL) +/-0.05%/°C 3.3V/5V 100mVp-p max. 12V/15V +/- 2% Continuous +/-1% See Selection Chart
Output Voltage
Output mAmps
Input Range
Efficiency
3.3 VDC
600 600 600 600 600 600 250 250 250 200 200 200
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
70% 73% 71% 73% 74% 76% 78% 80% 77% 76% 80% 77%
+/-300 +/-300 +/-300 +/-125 +/-125 +/-125 +/-100 +/-100 +/-100
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
73% 74% 76% 76% 80% 76% 75% 78% 76%
5 VDC
12 VDC
15 VDC
+/-5 VDC
+/-12 VDC
+/-15 VDC
+/- 0.5% +/-1% +/- 0.5%
1% p-p max.
* Specifying “H” or “M” designates a choice of Pinouts (Please see Mechanical Specifications) and a choice of 500VDC Isolation (“M” Version) or 1500VDC Isolation (“H” Version).
438
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD03 series Isolated and Regulated 3 WATT Modular DC/DC Converters
Environmental Specifications
General Specifications Isolation Resistance Switching Frequency Conducted EMI Safety
500VDC (“M” Versions) 1500VDC (“H” Versions) 10-9nth Ohm min. 100Khz Meets EN55022 Class B UL, cUL - “H” Versions Only
Oper. Temperature Case Temperature Storage Temperature Cooling MTBF Single O/P Dual O/P MIL-HDBK-217F
-25 to +71°C 100°C max. -40 to +100°C * Free Air Convection 1,203,000 Hrs. 1,145,000 Hrs. Ground Benign, 25°C
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions
“M” Version
“H” Version
Pin #
Single
Dual
Single
Dual
1 2 3 5 9 10 11 12 13 14 15 16 22 23 24
+Input NC NC No Pin No Pin -Output +Output -Input -Input +Output -Output No Pin NC NC +Input
+Input -Output Common No Pin No Pin Common +Output -Input -Input +Output Common No Pin Common -Output +Input
No Pin -Input -Input No Pin NC NC NC No Pin No Pin +Output NC -Output +Input +Input No Pin
No Pin -Input -Input No Pin Common NC -Output No Pin No Pin +Output NC Common +Input +Input No Pin
High Density
Input-Output Isolation
NC = No Connection with Pin
NOTE: Pin Size is 0.02” Inch (0.5mm) DIA All Dimensions In Inches (mm) Tolerance .xx = +/-0.02, .xxx = +/- 0.010
www.astrodyne.com
Notes
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
439
ASD35 series 5V Input 3 WATT Modular DC/DC Converters 24-Pin DIP Package 5 Volt Input
“H” versions only
500 or 1500V Isolation Short Circuit Protection High Efficiency Unit Measures 0.8”W x 1.25”L x0.4”H
Input PI Filter
Input cations INPUTSpecifi SPECIFICATIONS High Density
Input Voltage Nominal Input Voltage Range: Input Filter
Environmental Specifications Oper. Temperature Case Temperature Storage Temperature Cooling MTBF
5 VDC 4.5-6.0 VDC PI Type
Output Specifi cations OUTPUT SPECIFICATIONS Voltage and Current Load Regulation Line Regulation Temperature Coefficient Ripple/Noise(Single/Dual) Voltage Accuracy Voltage Balance Short Circuit Protection Efficiency
See Selection Chart Single (10% to FL) +/- 0.5% Dual (25% to FL) +/-1% (HL-LL) +/- 0.5% +/-0.05%/°C 3.3V/5V 100mVp-p max. 12V/15V 1% p-p max. +/- 2% (Dual) +/- 1% Continuous See Selection Chart
-25 to +71°C 100°C max. -40 to +100°C * Free Air Convection Single O/P 1,249,000 Hrs. Dual O/P 1,186,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
Physical Specifications Case Material Construction Weight Dimensions
Black coated Copper w. Non-conductive base Fully Encapsulated 0.5 oz, (13g) 1.25”x0.8”x0.4”
Model Number
Output Voltage
Output mAmps
Input Range
Efficiency
SINGLE OUTPUT ASD35-5S3(H or M)* ASD35-5S5(H or M)* ASD35-5S12(H or M)* ASD35-5S15(H or M)*
3.3 VDC 5 VDC 12 VDC 15 VDC
600 600 250 200
4.5-6.0 VDC 4.5-6.0 VDC 4.5-6.0 VDC 4.5-6.0 VDC
64.00% 70.00% 75.00% 75.00%
DUAL OUTPUT ASD35-5D5(H or M)* ASD35-5D12(H or M)* ASD35-5D15(H or M)*
+/-5 VDC +/-12 VDC +/-15 VDC
+/-300 +/-125 +/-100
4.5-6.0 VDC 4.5-6.0 VDC 4.5-6.0 VDC
70.00% 75.00% 75.00%
* Specifying “H” or “M” designates a choice of Pinouts (Please see Mechanical Specifications) and a choice of 500VDC Isolation (“M” Version) or 1500VDC Isolation (“H” Version).
440
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD35 series 5V Input 3 WATT Modular DC/DC Converters
General Specifications Input-Output Isolation Isolation Resistance Switching Frequency Safety
*Please see page 4 for Waiver of Liability Statement
500VDC (“M” Versions) 1500VDC (“H” Versions) 10-9nth Ohm min. 100Khz UL60950 - “H” Versions Only
“M” Version
“H” Version
Pin #
Single
Dual
Single Dual
1 2 3 9 10 11 12 13 14 15 16 22 23 24
+Input NC NC No Pin -Output +Output -Input -Input +Output -Output No Pin NC NC +Input
+Input -Output Common No Pin Common +Output -Input -Input +Output Common No Pin Common -Output +Input
No Pin -Input -Input NC NC NC No Pin No Pin +Output NC -Output +Input +Input No Pin
No Pin -Input -Input Common NC -Output No Pin No Pin +Output NC Common +Input +Input No Pin
High Density
Mechanical Dimensions
NC = No Connection with Pin
NOTE: Pin Size is 0.02” Inch (0.5mm) DIA All Dimensions In Inches (mm) Tolerance .xx = +/-0.02, .xxx = +/- 0.010
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
441
VKC03 series Isolated and Regulated 3 WATT Modular DC/DC Converters Wide 4 : 1 Input Range Regulated Outputs Unit Measures 0.8”W x 1.25”L x 0.4”H
500V Isolation Full EMI Shielding Standard Pinouts
General Specifications
Input Specifications Input Voltage Ranges:
24 VDC Nominal 48 VDC Nominal
9-36 VDC 18-72 VDC
On/Off Control
High Density
Output Specifi cations OUTPUT SPECIFICATIONS Voltage and Current Load Regulation 25% - FL Line Regulation Temperature Coefficient Ripple/Noise(Single/Dual) Voltage Stability Voltage Balance, Dual Short Circuit Protection
Input-Out Isolation In/Out Capacitance Isolation Resistance Efficiency Switching Frequency
See Selection Chart singles: +/- 0.2% duals: +/-1% +/- 0.2% +/-0.02%/DegC 50mV Pk-Pk, typ +/-2% +/-2% Continuous, self-recovering
Environmental Specifications Oper. Temperature Storage Temperature Maximum Case Temp MTBF
Physical Specifications Case Material Construction Weight
Nickel-Coated Copper Non-Conductive Base Fully Encapsulated 0.5 oz, (14g)
Model Number SINGLE OUTPUT VKC03-24S05 VKC03-48S05 VKC03-24S12 VKC03-48S12 VKC03-24S15 VKC03-48S15 DUAL OUTPUT VKC03-24D05 VKC03-48D05 VKC03-24D12 VKC03-48D12 VKC03-24D15 VKC03-48D15
442
(Ref to - Input pin) Logic “1”/Open=ON Logic “0”/GND=OFF 500VDC 300 pF 10000 M Ohms 77%, typ 300Khz
-25 to +71 DegC(FL) -55 to +125 DegC * 110 DegC * 1214 kHrs MIL-HDBK-217F TA=25C FL
*Please see page 4 for Waiver of Liability Statement
Output Voltage
Output mAmps
Input Range
5 VDC
500 500 250 250 200 200
9-36VDC 18-72VDC 9-36VDC 18-72VDC 9-36VDC 18-72VDC
+/-250 +/-250 +/-125 +/-125 +/-100 +/-100
9-36VDC 18-72VDC 9-36VDC 18-72VDC 9-36VDC 18-72VDC
12 VDC 15 VDC
+/-5 VDC +/-12 VDC +/-15 VDC
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
VKC03 series Isolated and Regulated 3 WATT Modular DC/DC Converters
Mechanical Dimensions Pin size is 0.02(0.5) Dia or 0.01 x 0.02 (0.25 x 0.50) Rectangular Pin
0.08(4.6)
20 BOTTOM VIEW 13
Single Outputs Dual Outputs
1 2 10 11 12 13 15 20 23 24
+ Input + Input N/C N/C - Output + Output N/C Control - Input - Input
+ Input + Input Common Common N/C - Output + Output Control - Input - Input
10 11 12
0.60(15.2)
0.15 (3.8)
0.40 (10.2)
Output Derating Curve Output Power (%)
0.80(20.3)
High Density
15
0.10 (2.5)
1 2 0.90 (17.8)
1.25 (31.8)
24 23
Pin #
100 75 50 25
Natural convection
0 -40 -25 -10
0
50 60 70 80 90
100
Ambient Temp. (ยบC)
Notes
www.astrodyne.com
USA: 1-800-823-8082 โ ข Asia Pacific: 886-2-26983458
443
ASD06 series Isolated and Regulated 5-6 WATT Modular DC/DC Converters 24-Pin DIP Package Wide 2:1 Input Range 1500V Isolation Short Circuit Protection Unit Measures 0.8”W x 1.25”L x0.5”H
High Efficiency Input PI Filter
INPUTSpecifi SPECIFICATIONS Input cations Input Voltage Ranges:
High Density
Input Filter
Output Specifications 12 VDC Nominal 24 VDC Nominal 48 VDC Nominal PI Type
Input-Output Isolation Isolation Resistance Switching Frequency Conducted EMI Safety
1500VDC 10-9nth Ohm min. 100Khz Meets EN55022 Class B UL60950
SINGLE OUTPUT ASD06-12S3 ASD06-24S3 ASD06-48S3 ASD06-12S5 ASD06-24S5 ASD06-48S5 ASD06-12S12 ASD06-24S12 ASD06-48S12 ASD06-12S15 ASD06-24S15 ASD06-48S15 DUAL OUTPUT ASD06-12D5 ASD06-24D5 ASD06-48D5 ASD06-12D12 ASD06-24D12 ASD06-48D12 ASD06-12D15 ASD06-24D15 ASD06-48D15
Voltage and Current Load Regulation Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise (Single/Dual)
General Specifications
Model Number
444
9-18 VDC 18-36 VDC 36-72 VDC
Voltage Accuracy Voltage Balance (Dual) Short Circuit Protection Efficiency
See Selection Chart Single (10% to FL) Dual (25% to FL)
+/-0.05%/°C 3.3V/5V 100mVp-p max. 12V/15V 1% p-p max. +/- 2% +/-1% Continuous See Selection Chart
Output Voltage
Output mAmps
Input Range
Efficiency
3.3 VDC
1000 1000 1000 1000 1000 1000 470 470 470 400 400 400
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
70% 70% 70% 76% 78% 78% 80% 82% 81% 80% 82% 81%
+/-500 +/-500 +/-500 +/-230 +/-230 +/-230 +/-190 +/-190 +/-190
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
76% 78% 78% 80% 81% 81% 80% 81% 81%
5 VDC
12 VDC
15 VDC
+/-5 VDC
+/-12 VDC
+/-15 VDC
www.astrodyne.com
+/- 0.5% +/-1% +/- 0.5%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD06 series Isolated and Regulated 5-6 WATT Modular DC/DC Converters
Environmental Specifications
Physical Specifications
Oper. Temperature Case Temperature Storage Temperature Cooling MTBF
Case Material
-25 to +71°C 100°C max. -40 to +100°C * Free Air Convection Single O/P 1,186,000 Hrs. Dual O/P 1,145,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
Black coated Copper w. Non-conductive base Fully Encapsulated 0.5 oz, (13g) 1.25” x 0.8” x 0.5”
Construction Weight Dimensions
*Please see page 4 for Waiver of Liability Statement
Pin #
Single Outputs
Dual Outputs
1 2 3 5 9 10 11 12 13 14 15 16 22 23 24
No Pin - Input - Input No Pin NC NC NC No Pin No Pin + Output NC - Output + Input + Input No Pin
No Pin - Input - Input No Pin Common NC - Output No Pin No Pin + Output NC Common + Input + Input No Pin
High Density
Mechanical Dimensions
NOTE: Pin Size is 0.02” Inch (0.5mm) DIA All Dimensions In Inches (mm) Tolerance .xx = +/-0.02, .xxx = +/- 0.010
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
445
ASD series Isolated and Regulated 5, 7 and 10 Watt Encapsulated DC/DC Converters Wide 4 : 1 Input Range High Efficiency Regulated Outputs 1500V Isolation Full EMI Shielding
Unit measures 1”W x 2”L x 0.25”H
Standard Pinouts
Physical Specifications
Input Specifications High Density
Input Voltage, Nominal Input Voltage Ranges Input Surge Voltage
Model Number SINGLE OUTPUT ASD05-12S3 ASD05-48S3 ASD05-12S5 ASD05-48S5 ASD05-12S9 ASD05-48S9 ASD05-12S12 ASD05-48S12 ASD05-12S15 ASD05-48S15 ASD07-12S3 ASD07-48S3 ASD07-12S5 ASD07-48S5 ASD07-12S9 ASD07-48S9 ASD07-12S12 ASD07-48S12 ASD07-12S15 ASD07-48S15 ASD10-12S3 ASD10-48S3 ASD10-12S5 ASD10-48S5 ASD10-12S9 ASD10-48S9 ASD10-12S12 ASD10-48S12 ASD10-12S15 ASD10-48S15
12VDC 9-36 50V (12V Models), * 100V (48V Models), * 10 mS duration, min.
48VDC 18-75 VDC
Output Voltage
3.3 VDC 5 VDC 9 VDC 12 VDC 15 VDC 3.3 VDC 5 VDC 9 VDC 12 VDC 15 VDC 3.3 VDC 5 VDC 9 VDC 12 VDC 15 VDC
Case Material Construction Weight
Output Amps
1.5 1.5 1 1 0.55 0.55 0.42 0.42 0.33 0.33 1.9 1.9 1.5 1.5 0.83 0.83 0.62 0.62 0.5 0.5 2.5 2.5 2 2 1.1 1.1 0.83 0.83 0.67 0.67
Aluminum Fully Encapsulated 0.64 oz, (18g)
Input Range
9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC Continued
446
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD series Isolated and Regulated 5, 7 and 10 Watt Encapsulated DC/DC Converters
DUAL OUTPUT ASD05-12D5 ASD05-48D5 ASD05-12D12 ASD05-48D12 ASD05-12D15 ASD05-48D15 ASD07-12D5 ASD07-48D5 ASD07-12D12 ASD07-48D12 ASD07-12D15 ASD07-48D15 ASD10-12D5 ASD10-48D5 ASD10-12D12 ASD10-48D12 ASD10-12D15 ASD10-48D15
Output Voltage
Output Amps
+/-5 VDC
+/-0.5 +/-0.5 +/-0.21 +/-0.21 +/-0.17 +/-0.17 +/-0.75 +/-0.75 +/-0.31 +/-0.31 +/-0.25 +/-0.25 +/-1 +/-1 +/-0.42 +/-0.42 +/-0.33 +/-0.33
+/-12 VDC +/-15 VDC +/-5 VDC +/-12 VDC +/-15 VDC +/-5 VDC +/-12 VDC +/-15 VDC
Shutdown Idle Current Input-Out Isolation In/Out Capacitance Efficiency Switching Frequency
(Ref to - Input pin) Logic “1”/Open=ON Logic “0”/GND=OFF 15mA 1500VDC (48V) 500 VDC (12V) 1000 pF 82%, typ 450Khz
Environmental Specifications Oper. Temperature Storage Temperature Maximum Case Temp Input Fusing MTBF Shock/Vibration
9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC
Output Specifications
General Specifications On/Off Control
Input Range
High Density
Model Number
-25 to +71°C(FL) -40 to +125°C * 110°C * 12V: 4A, 48V: 2A 1,000,000 Hrs Mil Std 217, 25°C To MIL-STD 810°C
Voltage and Current Preset Accuracy Cross Regulation (Duals) Load Regulation 20% - FL Line Regulation Temperature Coefficient Ripple/Noise (Pk-Pk, typ) Single 3V Single 5V Single 9,12V Single 15V Dual 5V Dual 12, 15V Overvoltage Protection Short Circuit Protection
See Selection Chart Singles: +/- 1% max. Duals: +/- 2% max. 5-8% typ. singles: +/- 0.5% duals: +/-1%, +/-3% (5V mod) singles: +/- 0.5% duals: +/- 1% +/-0.03%/°C 150mV 100mV (12Vin), 150mV (48Vin) 50mV (12Vin), 100mV (48Vin) 50mV 150mV 50mV Clamp, 130-150% * Continuous, self-recovering
*Please see page 4 for Waiver of Liability Statement
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
447
ASD series Isolated and Regulated 5, 7 and 10 Watt Encapsulated DC/DC Converters
Mechanical Dimensions Dimensions are in Inches (mm)
0.27 (6.8)
0.04 (1.016)
6
+ VIN
4
- VIN CONTROL
5
COM - VOUT
0.90 (22.86)
2
+ VOUT
0.50 (12.70)
1 0.6 (15.24)
High Density
1.0 (25.4)
3
0.25 (6.35)
Bottom View
0.40 (10.16) 0.10 (2.54)
0.60 (15.24) 1.40 (35.56) 2.00 (50.80)
Pin #
Single Outputs
Dual Outputs
1 2 3 4 5 6
+ Input - Input + Output N/A - Output Control
+ Input - Input + Output Common - Output Control
Output Derating Curve 120 Output Power (%)
100 80 60 40 20 0
448
0
10
20
30
40 50 Ambient Temp °C
60
70
80
www.astrodyne.com
90
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASDH series Isolated and Regulated 5, 7 and 10 WATT Open Frame DC/DC Converter Wide 4 : 1 Input Range High Efficiency Regulated Outputs 1500V Isolation Integral Finned Heatsink EN60950 & UL60950-1 Approved
Model Number SINGLE OUTPUT ASD05H-12S3 ASD05H-48S3 ASD05H-12S5 ASD05H-48S5 ASD05H-12S9 ASD05H-48S9 ASD05H-12S12 ASD05H-48S12 ASD05H-12S15 ASD05H-48S15 ASD07H-12S3 ASD07H-48S3 ASD07H-12S5 ASD07H-48S5 ASD07H-12S9 ASD07H-48S9 ASD07H-12S12 ASD07H-48S12 ASD07H-12S15 ASD07H-48S15 ASD10H-12S3 ASD10H-48S3 ASD10H-12S5 ASD10H-48S5 ASD10H-12S9 ASD10H-48S9 ASD10H-12S12 ASD10H-48S12 ASD10H-12S15 ASD10H-48S15
www.astrodyne.com
Output Voltage
Output Amps
Input Range
3.3 VDC
1.5 1.5 1 1 0.55 0.55 0.42 0.42 0.33 0.33 1.9 1.9 1.5 1.5 0.83 0.83 0.62 0.62 0.5 0.5 2.5 2.5 2 2 1.1 1.1 0.83 0.83 0.67 0.67
9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC
5 VDC 9 VDC 12 VDC 15 VDC 3.3 VDC 5 VDC 9 VDC 12 VDC 15 VDC 3.3 VDC 5 VDC 9 VDC 12 VDC 15 VDC
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
High Density
Unit measures 1”W x 2”L x 0.375”H
449
ASDH series Isolated and Regulated 5, 7 and 10 WATT Open Frame DC/DC Converter Model Number
High Density
DUAL OUTPUT ASD05H-12D5 ASD05H-48D5 ASD05H-12D12 ASD05H-48D12 ASD05H-12D15 ASD05H-48D15 ASD07H-12D5 ASD07H-48D5 ASD07H-12D12 ASD07H-48D12 ASD07H-12D15 ASD07H-48D15 ASD10H-12D5 ASD10H-48D5 ASD10H-12D12 ASD10H-48D12 ASD10H-12D15 ASD10H-48D15
Output Voltage
Output Amps
+/-5 VDC
+/-0.5 +/-0.5 +/-0.21 +/-0.21 +/-0.17 +/-0.17 +/-0.75 +/-0.75 +/-0.31 +/-0.31 +/-0.25 +/-0.25 +/-1 +/-1 +/-0.42 +/-0.42 +/-0.33 +/-0.33
+/-12 VDC +/-15 VDC +/-5 VDC +/-12 VDC +/-15 VDC +/-5 VDC +/-12 VDC +/-15 VDC
Input Specifications Input Voltage, Nominal Input Voltage Ranges Input Surge Voltage
Cross Regulation (Duals) Load Regulation 20% - FL Line Regulation Temperature Coefficient Ripple/Noise (Pk-Pk, typ) Single 3.3V Single 5, 9,12, 15V Dual 5V Dual 12, 15V Overvoltage Protection Short Circuit Protection
12VDC 9-36 50V (12V Models), * 100V (48V Models), * 10 mS duration, min.
48VDC 18-75 VDC
See Selection Chart Singles: +/- 1% max. Duals: +/- 2% max. 5-8% typ. singles: +/- 0.5% duals: +/-1%, +/-3% (5V mod) singles: +/- 0.5% duals: +/- 1% +/-0.03%/°C 100mV 50mV 150mV (12Vin) 100mV (48Vin) 50mV Clamp, 130-150% * Continuous, self-recovering
*Please see page 4 for Waiver of Liability Statement
450
9-36VDC 18-75VDC 9-36VDC 8-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC 9-36VDC 18-75VDC
GENERAL SPECIFICATIONS General Specifi cations
Output Specifications Voltage and Current Preset Accuracy
Input Range
www.astrodyne.com
On/Off Control
Shutdown Idle Current Input-Out Isolation In/Out Capacitance Efficiency Switching Frequency
(Ref to - Input pin) Logic “1”/Open=ON Logic “0”/GND=OFF 15mA 1500VDC (48V) 500 VDC (12V) 1000 pF 82%, typ 450Khz
ENVIRONMENTAL SPECIFICATIONS Environmental Specifi cations Oper. Temperature Relative Humidity Storage Temperature Maximum Heatsink Temp Input Fusing MTBF Shock/Vibration Safety EN60950 UL60950-1
-25 to +71°C(FL) 0 to 95%, non-cond -40 to +125°C * 110°C * 12V: 4A, 48V: 2A 1,000,000 Hrs Mil Std 217, 25°C To MIL-STD 810°C TUV File # B 02 10 22749 038 UL File # E167432
PHYSICAL SPECIFICATIONS Physical Specifi cations Heatsink Material Construction Weight
Aluminum Open Frame 0.57 oz, (16g)
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASDH series Isolated and Regulated 5, 7 and 10 WATT Open Frame DC/DC Converter
Mechanical Dimensions Dimensions in inches (mm) .375 (9.52)
.040 (1.02)
.070 (1.78)
.150 (3.81)
6 .400 (10.16)
High Density
4
2
.900 (22.86)
1 .600 (15.24)
1.00 (25.40)
3
5 .500 (12.70)
.600 (15.24)
.100( 2.54)
.100 (2.54) 1.400 (35.56) 2.00 (50.80)
Pin # 1 2 3 4 5 6
Single Outputs + Input - Input + Output N/A - Output Control
Dual Outputs + Input - Input + Output Common - Output Control
Output Derating Curve
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
451
ASD705 series Isolated and Regulated 7.5 WATT Modular DC/DC Converters Industry Standard Package Wide 2:1 Input Range 1500V Isolation Short Circuit Protection High Efficiency
Unit Measures 1”W x 2”L x 0.4”H
Input PI Filter
Input Specifications Input Voltage Ranges:
High Density
Input Filter
Output Specifications 12 VDC Nominal 24 VDC Nominal 48 VDC Nominal PI Type
SINGLE OUTPUT ASD705-12S3 ASD705-24S3 ASD705-48S3 ASD705-12S5 ASD705-24S5 ASD705-48S5 ASD705-12S12 ASD705-24S12 ASD705-48S12 ASD705-12S15 ASD705-24S15 ASD705-48S15 DUAL OUTPUT ASD705-12D5 ASD705-24D5 ASD705-48D5 ASD705-12D12 ASD705-24D12 ASD705-48D12 ASD705-12D15 ASD705-24D15 ASD705-48D15
Voltage Accuracy Voltage Balance (Dual) Short Circuit Protection Efficiency
1500VDC 10-9nth Ohm min. 100Khz
Model Number
Voltage and Current Load Regulation Line Regulation Temperature Coefficient Ripple/Noise(Single/Dual)
General Specifications Input-Output Isolation Isolation Resistance Switching Frequency
452
9-18 VDC 18-36 VDC 36-72 VDC
See Selection Chart Single (10% to FL) +/- 0.5% Dual (25% to FL) +/-1% (HL-LL) +/- 0.5% +/-0.05%/°C 3.3V/5V 100mVp-p max. 12V/15V 1% p-p max. +/- 2% +/-1% Continuous See Selection Chart
Output Voltage
Output mAmps
Input Range
Efficiency
3.3 VDC
1500 1500 1500 1500 1500 1500 625 625 625 500 500 500
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
74% 76% 76% 76% 78% 78% 80% 82% 81% 80% 82% 81%
+/-750 +/-750 +/-750 +/-310 +/-310 +/-310 +/-250 +/-250 +/-250
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
76% 78% 78% 80% 81% 81% 80% 81% 81%
5 VDC
12 VDC
15 VDC
+/-5 VDC
+/-12 VDC
+/-15 VDC
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD705 series Isolated and Regulated 7.5 WATT Modular DC/DC Converters
Environmental Specifications -25 to +71°C 100°C max. -40 to +100°C * Free Air Convection
Physical Specifi cations PHYSICAL SPECIFICATIONS Case Material Construction Weight Dimensions
100
-25
71
80 60 40
Natural Convection
20 0
Black coated Copper w. Non-conductive base Fully Encapsulated 1 oz, (27g) 2” x 1” x 0.4”
100
-25
0
25
50
75
100
Ambient Temp. (°C)
*Please see page 4 for Waiver of Liability Statement
High Density
1,222,000 Hrs. 1,148,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
120
Output Load (%)
Oper. Temperature Case Temperature Storage Temperature Cooling MTBF Single O/P Dual O/P
Output Derating Curve
Mechanical Dimensions
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Pin #
Single Outputs
Dual Outputs
1 2 3 4 5
+ Input - Input + Output No Pin - Output
+ Input - Input + Output Common - Output
453
ASD08
series
Isolated and Regulated 7.5 WATT Modular DC/DC Converters 24-Pin DIP Package Wide 2:1 Input Range 1500V Isolation Short Circuit Protection High Efficiency Input PI Filter
Unit Measures 0.8”W x 1.25”L x0.5”H
INPUTSpecifi SPECIFICATIONS Input cations Input Voltage Ranges:
Output Specifications
High Density
12 VDC Nominal 24 VDC Nominal 48 VDC Nominal PI Type
Input Filter
1500VDC 10-9nth Ohm min. 300Khz
Model Number SINGLE OUTPUT ASD08-12S3 ASD08-24S3 ASD08-48S3 ASD08-12S5 ASD08-24S5 ASD08-48S5 ASD08-12S12 ASD08-24S12 ASD08-48S12 ASD08-12S15 ASD08-24S15 ASD08-48S15 DUAL OUTPUT ASD08-12D5 ASD08-24D5 ASD08-48D5 ASD08-12D12 ASD08-24D12 ASD08-48D12 ASD08-12D15 ASD08-24D15 ASD08-48D15
Voltage and Current Load Regulation Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise Voltage Accuracy Voltage Balance (Dual) Short Circuit Protection Efficiency
General Specifications Input-Output Isolation Isolation Resistance Switching Frequency
454
9-18 VDC 18-36 VDC 36-72 VDC
See Selection Chart Single (10% to FL) Dual (25% to FL) +/-0.2% +/-0.05%/°C 100mVp-p max. +/-2%, max. +/-1% Continuous See Selection Chart
Output Voltage
Output mAmps
Input Range
Efficiency
3.3 VDC
1500 1500 1500 1500 1500 1500 625 625 625 500 500 500
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
74% 76% 76% 78% 79% 80% 82% 82% 82% 82% 82% 82%
+/-750 +/-750 +/-750 +/-310 +/-310 +/-310 +/-250 +/-250 +/-250
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
79% 81% 81% 83% 83% 83% 83% 83% 83%
5 VDC
12 VDC
15 VDC
+/-5 VDC
+/-12 VDC
+/-15 VDC
www.astrodyne.com
+/-0.5% +/-1%
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD08
series
Isolated and Regulated 7.5 WATT Modular DC/DC Converters
Environmental Specifications
Physical Specifications
Oper. Temperature Case Temperature Storage Temperature Cooling MTBF
Case Material
-25 to +71°C 100°C max. -40 to +100°C * Free Air Convection Single O/P 1,109,000 Hrs. Dual O/P 1,090,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
Black coated Copper w. Non-conductive base Fully Encapsulated 0.5 oz, (13g) 0.80” x 1.25” x 0.4”
Construction Weight Dimensions
*Please see page 4 for Waiver of Liability Statement
Notes
www.astrodyne.com
Pin #
Single Outputs
Dual Outputs
1
No Pin
No Pin
2
- Input
- Input
3
- Input
- Input
5
No Pin
No Pin
9
NC
Common
10
NC
NC
11
NC
- Output
12
No Pin
No Pin
13
No Pin
No Pin
14
+ Output
+ Output
15
NC
NC
16
- Output
Common
22
+ Input
+ Input
23
+ Input
+ Input
24
No Pin
No Pin
High Density
Mechanical Dimensions
NOTE: Pin Size is 0.02” Inch (0.5mm) DIA All Dimensions In Inches (mm) Tolerance .xx = +/-0.02, .xxx = +/- 0.010
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
455
ASD15/15H series Isolated and Regulated 15W Encapsulated/Open Frame DC/DC Converters Wide 4 : 1 Input Range High Efficiency Regulated Outputs 1500V Isolation Integral Finned Heatsink (ASD15H) EN60950 & UL60950-1 Approved (ASD15H) Unit measures 1.5”W x 2”L x 0.413”H (ASD15H)
INPUTSpecifi SPECIFICATIONS Input cations
High Density
Input Voltage, Nominal Input Voltage Ranges Input Surge Voltage
ENVIRONMENTAL SPECIFICATIONS Environmental Specifi cations 12VDC 9-18 50V (12V Models), * 100V (48V Models), * 10 mS duration, min.
48VDC 20-75 VDC
GENERAL SPECIFICATIONS General Specifi cations On/Off Control
Shutdown Idle Current Input-Out Isolation In/Out Capacitance Efficiency Switching Frequency Safety (ASD15H)
Oper. Temperature (ASD15) (ASD15H) Storage Temperature Maximum Case Temp Input Fusing MTBF
25 to +71°C(FL) -25 to +75ºC(FL) -40 to +125°C * 110°C * 12V: 4A, 48V: 2A 1,000,000 Hrs Mil Std 217, 25°C To MIL-STD 810°C
Shock/Vibration (Ref to - Input pin) Logic “1”/Open=ON Logic “0”/GND=OFF 15mA 1500VDC (48V) 500 VDC (12V) 1000 pF 82%, typ 450Khz UL60950-1, EN60950
Model Number SINGLE OUTPUT ASD15-12S3, ASD15H-12S3 ASD15-48S3, ASD15H-48S3 ASD15-12S5, ASD15H-12S5 ASD15-48S5, ASD15H-48S5 ASD15-12S12, ASD15H-12S12 ASD15-48S12, ASD15H-481S2 ASD15-12S15, ASD15H-12S15 ASD15-48S15, ASD15H-48S15 DUAL OUTPUT ASD15-12D5, ASD115H-12D5 ASD15-48D5, ASD15H-48D5 ASD15-12D12, ASD15H-12D12 ASD15-48D12, ASD15H-48D12 ASD15-12D15, ASD15H-12D15 ASD15-48D15, ASD15H-48D15
456
Unit measures 1.6”W x 2”L x 0.375”H (ASD15)
PHYSICAL SPECIFICATIONS Physical Specifi cations Case Material (ASD15) Heatsink Material (ASD15H) Construction (ASD15) (ASD15H)
Aluminum Aluminum Fully Encapsulated Open Frame
Weight (ASD15) (ASD15H)
1.6 oz, (40g) .93 oz, (26g)
Output Voltage
Output Amps
Input Range
3.3 VDC
3.75 3.75 3 3 1.25 1.25 1 1
9-18VDC 20-75VDC 9-18VDC 20-75VDC 9-18VDC 20-75VDC 9-18VDC 20-75VDC
+/-1.5 +/-1.5 +/-0.62 +/-0.62 +/-0.5 +/-0.5
9-18VDC 20-75VDC 9-18VDC 20-75VDC 9-18VDC 20-75VDC
5 VDC 12 VDC 15 VDC
+/-5 VDC +/-12 VDC +/-15 VDC
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD15/15H series Isolated and Regulated 15W Encapsulated/Open Frame DC/DC Converters
Trim Range Temperature Coefficient Ripple/Noise(Single/Dual) Overvoltage Protection Voltage Stability Transient Response Short Circuit Protection
See Selection Chart singles: +/- 0.5% duals: +/-1%, +/-3% (5V mod) singles: +/- 0.5% duals: +/- 1% 0.5V min, 0.65V typ +/-0.01%/°C 100mV Pk-Pk, typ Clamp, 130-150% * +/- 0.05%, max +/- 2%, max Continuous, self-recovering
16 14 12 10 8 6 4 2 0
-25 -20 -10
0
10 20 30 50 50 60 70 80 90
High Density
Voltage and Current Load Regulation 20% - FL Line Regulation
Output Derating Curve
Output Power (Watts)
Output Specifi cations OUTPUT SPECIFICATIONS
*Please see page 4 for Waiver of Liability Statement
Mechanical Dimensions - ASD15
Mechanical Dimensions - ASD15H
Pin #
Single Outputs
Dual Outputs
TRIM CONNECTIONS
1 2 3 4 5 6 7 8
+ Input - Input No Pin Control No Pin + Output Out. Ret. Trim
+ Input - Input No Pin Control + Output Out. Ret. - Output Trim
+v
www.astrodyne.com
10Kohm Pot.
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
-v To Pin 8
457
LED/LCD15 series Isolated and Regulated 15 Watt DC/DC Converters Wide 4 : 1 Input Range
LCD15
LED15
High Efficiency Regulated Outputs Small Size and Low Profile Standard Pinouts
High Density
Input Specifications
Physical Specifications
Input Voltage Ranges:
Weight (LED15) (LCD15) Size (LED15)
24 VDC Nominal 9-36 VDC 48 VDC Nominal 18-75 VDC Start Up Voltage 24V: 9VDC, 48V: 18VDC Shutdown Voltage 24V: 8VDC, 48V: 16VDC Input Voltage Variation (dv/dt) 5V/ms, max. to ETS300 part 4.4 Max. Voltage Surge (100mS max) 24 VDC Nominal 50 VDC 48 VDC Nominal 100 VDC Input Reflected Ripple Current 30mA, pk-pk Nom I/P, FL
Model Number SINGLE OUTPUT LED15-24S3P3W LED15-48S3P3W LED15-24S05W LED15-48S05W LED15-24S12W LED15-48S12W LED15-24S15W LED15-48S15W LCD15-24S3P3W LCD15-48S3P3W LCD15-24S05W LCD15-48S05W LCD15-24S12W LCD15-48S12W LCD15-24S15W LCD15-48S15W
(LCD15) Case Material (LCD15) Base Material (LCD15) Potting Material (LCD15)
0.36oz (10.5g) 0.53 oz (15g) 1.1”L x 0.94”W x 0.335”H (27.94 x 23.88 x 8.5mm) 1”W x 1”L x 0.39”H (25.4 x 25.4 x 9.9mm) Nickel-coated Copper FR4 PCB Epoxy (UL94-V0)
Output Voltage
Output Amps
Input Range
Input mAmps (NL/FL)
Efficiency
Capacitive Load
3.3 VDC
4 4 3 3 1.3 1.3 1 1 4 4 3 3 1.3 1.3 1 1
9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC
50 / 688 40 / 340 60 / 763 40 / 377 15 / 803 15 / 392 15 / 772 15 / 377 50 / 688 40 / 336 50 / 782 40 / 382 20 / 803 15 / 392 20 / 772 15 / 377
84% 86% 85% 85% 85% 87% 87% 87% 86% 86% 84% 86% 86% 86% 85% 87%
1000uF max. 1000uF max. 330uF max. 220uF max. 1000uF max. 1000uF max. 330uF max. 220uF max. 1000uF max. 1000uF max. 1000uF max. 1000uF max. 330uF max. 330uF max. 220uF max. 220uF max.
5 VDC 12 VDC 15 VDC 3.3 VDC 5 VDC 12 VDC 15 VDC
SMT Mount versions available. Simply add a “-A” to the end of the Model Number (i.e. LED15-24S05W-A). Also, options exist for the removal of the Trim Function and the reconfiguration of the Remote ON/OFF to Positive Logic (Negative Logic is standard). Please see the Product Options Table for Model Number information (suffixes). Options exist for the removal of the Trim Function and the reconfiguration of the Remote ON/OFF to Positive Logic (Negative Logic is standard). Please see the Product Options Table for Model Number information (suffixes). Simply add the suffix denoted to the end of the Model Number (i.e. LCD15-24S05W-A).
458
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
LED/LCD15 series General Specifications
Environmental Specifications
On/Off Control Negative Logic (Ref to - Input) is standard. See Product Options Table for options and Model Numbers) ON = Short or 0V < Vr < 1.2V OFF = Open or 3V < Vr < 12V Positive Logic: ON = Open or 3V < Vr < 12V OFF = Short or 0V < Vr < 1.2V Input-Out Isolation (LED15) 2250VDC (LCD15) 1600VDC In/Out Capacitance (LED15) 1500 pF, max (LCD15) 1000 pF, max Isolation Resistance 100 M Ohms Efficiency See Selection Chart Switching Frequency (LED15) 3.3, 5V: 350Khz 12, 15V: 400Khz (LCD15) 400Khz
Oper. Temperature Maximum Case Temperature (LCD15) Storage Temperature Thermal Impedance (LCD15)
Output Specifications Voltage and Current See Selection Chart Minimum Load 0% Voltage Adjust ±10% Line Regulation (HL-LL, FL) ±0.2% Load Regulation (NL-FL) ±0.2% Start Up Time (Power or RC) 30mS, max. Temperature Coefficient +/-0.02%/°C, max. Ripple/Noise (Note) 75~100mV, pk-pk Voltage accuracy (FL, Nom I/P) +/- 2% Transient Response Recovery 25% Load Step Change 250 microSeconds Short Circuit Protection Hiccup, self-recovering Overvoltage Protection Threshold: (Clamp) 3.3V Output 3.7-5.4Volts 5V Output 5.6-7.0Volts 12V Output 13.8-17.5Volts 15V Output 16.8-20.5Volts Overload Protection 150% of Full Load (FL), typ.
www.astrodyne.com
-40 to +85°C (see derate) 105ºC -55 to +125°C * Convection: 18.2°C /Watt With Heatsink: 15.8°C/Watt Relative Humidity 5-95% Thermal Shock MIL-STD-810F Vibration (LED15) 10-55Hz, 2G, 3 minutes period, 30 minutes along X, Y and Z axes (LCD15) 15-55Hz, 10-55Hz, 10G, 3 minutes period, 30 minutes along X, Y and Z axes EMI EN55022A (See Class B Filter) ESD (LCD15) EN61000-4-2 Criteria A Radiated Immunity E N61000-4-3 Criteria A EFT EN61000-4-4 Criteria B Surge (Using 220uF/100V, ESR 48M cap) EN61000-4-5 Criteria B Conducted Immunity EN61000-4-6 Criteria A MTBF BELLCORE TR-NWT-000322 Case 1: 50% Stress, Temp. @ 40°C 1.322 MHrs MIL-HDBK-217F TA=25°C FL, Ground Benign, Controlled Environment (LED15) 514.7 KHrs (LCD15) 563 KHrs
High Density
Isolated and Regulated 15 Watt DC/DC Converters
*Please see page 4 for Waiver of Liability Statement
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
459
LED/LCD15 series Isolated and Regulated 15 Watt DC/DC Converters
Mechanical Dimensions - LED15
High Density 1. All dimensions in inches (mm) Tolerance X.XX ± 0.02 (X.X ± 0.05) X.XXX ± 0.01 (X.XX ± 0.25) 2. Pin pitch tolerance ± 0.01 (0.25) 3. Pin dimension tolerance ± 0.004 (0.1)
Ouput can be externally trimmed by using the method shown below. TRIM UP RT1 or TRIM DOWN
460
www.astrodyne.com
RT2
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
LED/LCD15 series Isolated and Regulated 15 Watt DC/DC Converters
Output Derating Curves & Filters - LED15
Output Power (%)
g 100 80 60 40 20 0 -40 -20
0
20
40
60
80
100 120
Recommended Filter for EN55022 Class B Compliance. The components used in the above figure, together with the manufacturers’ part numbers for these components are as follows
Efficiency VS Input Voltage x
High Density
Ambient Temp. (°C)
Efficiency (%)
x x x x x 0 18
24
30
36
42
48
54
60
66
72
Input Voltage (V)
Efficiency (%)
Efficiency VS Output Load 95 90 85 80 75 70 65 60 55 50 45
Recommended EN55022 Class B Filter Circuit Layout
10
20
30
40
50
60
70
80
90
100
Output Load (% of Full Load)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
461
LED/LCD15 series Isolated and Regulated 15 Watt DC/DC Converters
Mechanical Dimensions - LCD15
High Density 1. All dimensions in inches (mm) Tolerance X.XX ± 0.02 (X.X ± 0.05) X.XXX ± 0.01 (X.XX ± 0.25) 2. Pin pitch tolerance ± 0.01 (0.25) 3. Pin dimension tolerance ± 0.004 (0.1)
Ouput can be externally trimmed by using the method shown below. TRIM UP RT1 or TRIM DOWN
462
www.astrodyne.com
RT2
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
LED/LCD15 series Isolated and Regulated 15 Watt DC/DC Converters
Output Power (%)
Output Derating Curves & Filters - LCD15 100 80 60 40 20 0 -40 -20
0
20
40
60
80
100 120
Ambient Temp. (°C)
High Density
Output Power (%)
with Heatsink 100 80 60 40
Recommended Filter for EN55022 Class B Compliance. The components used in the above figure, together with the manufacturers’ part numbers for these components are as follows
20 0 -40 -20
0
20
40
60 66 80
100 120
Ambient Temp. (°C) Efficiency VS Input Voltage x Efficiency (%)
x x x x x 0 18
24
30
36
42
48
54
60
Input Voltage (V)
Efficiency (%)
Efficiency VS Output Load 90 85 80 75 70 65 60 55
Recommended EN55022 Class B Filter Circuit Layout
50 45 10
20
30
40
50
60
70
80
90
100
Output Load (% of Full Load)
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
463
FED20 series Isolated and Regulated 20 WATT Modular DC/DC Converters
Physical Specifications
Wide 4 : 1 Input Range High Efficiency to 89%
Case Material Construction Dimensions
Regulated Outputs 1600V Isolation
Nickel-Coated Copper w. FR4 Base Encapsulated w, UL94-V0 Epoxy 2”L x 1”W x 0.4”H (50.8 x 25.4 x 10.2mm) 0.95oz (27g)
Weight
6 Sided Shielding Standard Pinouts
Unit Measures 1”W x 2”L x 0.4”H
High Density
Input Specifications
Output Specifications
I/P Voltage Range (24/48V Nom.) 9-36 / 18-75VDC Voltage Surge (100mS max) 24 V: 50 VDC; 48 V: 100 VDC Under Voltage Lockout 24 VDC I/P DC/DC ON: 9 VDC OFF: 7.5 VDC 48 VDC I/P DC/DC ON: 15 VDC OFF: 18 VDC Input Filter Pi Type Input Voltage Variation (dv/dt) 5V/rms, max. to ETS300 132 part 4.4 Input Reflected Ripple Current 20mA p-p Start Up Time (Power Up or RC) 20mS, typ. On/Off Control Positive Logic: (Ref to - Input) is standard. ON = Open or 3V < Vr < 12V OFF = Short or 0V < Vr < 1.2V Negative Logic: (optional) ON = Short or 0V < Vr < 1.2V OFF = Open or 3V < Vr < 12V Efficiency See Selection Chart
Voltage and Current Load Regulation NL-FL
See Selection Chart Singles: ±0.5% Duals: ±1% Cross Regulation (Dual 25%-FL) ±5% Voltage Adjustability (Single O/P) ±10% Line Regulation (Single/Dual) ±0.2% / ±0.5% Temperature Coefficient ±0.02%/°C, max. Ripple/Noise See Selection Chart Voltage Accuracy ± 1% Transient Response Recovery 25% Load Step Change 250 microSeconds Short Circuit Protection Continuous Hiccup, self-recovering Overvoltage Protection, Zener Diode Clamp: 3.3V Output 3.9Volts 5V Output 6.2Volts 12V Output 15Volts 15V Output 18Volts Overload Protection 150% of FL Rating, typ.
*Please see page 4 for Waiver of Liability Statement
Model Number Output Volts Output Amps Input Range Input Amps (NL/FL) Ripple & Noise Efficiency Capacitive Load SINGLE OUTPUT FED20-24S3P3W FED20-48S3P3W FED20-24S05W FED20-48S05W FED20-24S12W FED20-48S12W FED20-24S15W FED20-48S15W DUAL OUTPUT FED20-24D05W FED20-48D05W FED20-24D12W FED20-48D12W FED20-24D15W FED20-48D15W
464
3.3 VDC 5 VDC 12 VDC 15 VDC
±5 VDC ±12 VDC ±15 VDC
5.5 5.5 4 4 1.67 1.67 1.33 1.33
9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC
50 / 934 mA 35 / 467 mA 65 / 922 mA 35 / 496 mA 22 / 1018 mA 15 / 503 mA 22 / 1014 mA 15 / 501 mA
60mV p-p 60mV p-p 75mV p-p 75mV p-p 75mV p-p 75mV p-p 75mV p-p 75mV p-p
85% 85% 88% 88% 86% 87% 86% 87%
18000uF max. 18000uF max. 9600uF max. 9600uF max. 1650uF max. 1650uF max. 1050uF max. 1050uF max.
±2 ±2 ±0.833 ±0.833 ±0.667 ±0.667
9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC 9-36 VDC 18-75 VDC
55 / 992 mA 35 / 490 mA 30 / 1004 mA 17 / 496 mA 30 / 1005 mA 17 / 496 mA
100mV p-p 100mV p-p 100mV p-p 100mV p-p 100mV p-p 100mV p-p
88% 89% 87% 88% 87% 88%
±4800uF max. ±4800uF max. ±825uF max. ±825uF max. ±525uF max. ±525uF max
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
FED20 series Isolated and Regulated 20 WATT Modular DC/DC Converters
-40 to +105°C (see derate curve) 5-95% -55 to +125°C * 105°C * Convection: 12°C/Watt Convection w. Heatsink: 10°C/Watt MIL-STD-810D 10-55Hz 10G 30 min. on X, Y, Z axes
Thermal Shock Vibration MTBF BELLCORE TR-NWT-000322 Case 1: 50% Stress, Temp. @ 40°C 1.691 MHrs MIL-HDBK-217F TA=25°C FL, Ground Benign, Controlled Environment 562.9 KHrs EMI EN55022A ESD EN61000-4-2 Criteria B Radiated Immunity EN61000-4-3 Criteria A EFT EN61000-4-4B Criteria B Surge EN61000-4-5B Criteria B Conducted Immunity EN61000-4-6A Criteria A
Input-Out Isolation In/Out Capacitance Isolation Resistance Switching Frequency
1600VDC 1500 pF, max. 10000 M Ohms 400Khz, typ
Output Derating Curves FED20-48S05W Derating Curve 100 75
48Vln
50
18Vln
Natural Convection
25
-40 -25 -10 0
75Vln
50 60 70 80 90 105 Ambient Temp. (°c)
High Density
Oper. Temperature Relative Humidity Storage Temperature Maximum Case Temp Thermal Impedance
General Specifications
Output Power (%)
Environmental Specifications
FED20-48S05W Derating Curve 500 LFM Output Power (%)
Mechanical Dimensions
4
DIA 0.04 (1.0)
5
0.80 (20.3)
3 Bottom View
1
2
0.40 (10.2)
6
400 LFM
75
300 LFM
50
200 LFM
25
Nature Convection
-40 -25 -10 0
50 60 70 80 90
105
Ambient Temp. (°C)
Pin #
Single
Dual
1 2 3 4 5 6
+ Input - Input + Output Trim - Output CTRL
+ Input - Input + Output Common - Output CTRL
0.60 (15.2)
2.00 (50.8)
1.00 (25.4) 0.50 (12.7) 0.40 0.40 (10.2) (10.2)
100
0.10 (2.5) 0.20 (5.1)
0.22 (5.6)
1. All dimensions in inches (mm) Tolerance x.xx ± 0.02 (x.x ± 0.5) 2. Pin Pitch tolerance ± 0.014 (0.35) www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
465
ASD20 series Isolated and Regulated 20 WATT Modular DC/DC Converter Wide 4:1 Input Range 1500V Isolation Short Circuit Protection Remote On/Off Control High Efficiency
Unit measures 1.6”W x 2”L x0.45”H
Input PI Filter
Output Specifications
Input Specifications Input Voltage Ranges:
High Density
Input Filter Remote On/Off Control Logic Compatibility EC-On EC-Off Control Common
12 VDC Nominal 24 VDC Nominal PI Type
9-36 VDC 18-72 VDC
CMOS or Open Collector TTL >+5.5VDC or Open Circuit <1.8VDC Ref. to - Input
Voltage Accuracy
-25 to +71°C w. Derate Linearly to Zero Power +100°C 100°C max. -55 to +105°C *
Model Number SINGLE OUTPUT ASD20-12S3 ASD20-48S3 ASD20-12S5 ASD20-48S5 ASD20-12S12 ASD20-48S12 ASD20-12S15 ASD20-48S15 DUAL OUTPUT ASD20-12D5 ASD20-48D5 ASD20-12D12 ASD20-48D12 ASD20-12D15 ASD20-48D15
466
See Selection Chart +/-0.5% (HL-LL) +/-0.5% +/-0.02%/°C RMS 20mV max. P-P 75mVp-p max. Single O/P +/-1% Dual +O/P +/-1% Dual -O/P +/-2% +/-1% Continuous See Selection Chart
Voltage Balance (Dual FL) Short Circuit Protection Efficiency Transient Response Single 25% Load Change Dual Full Load to 1/2 Load Trim +/-10%
Environmental Specifications Oper. Temperature Derate Above 60°C Case Temperature Storage Temperature
Voltage and Current Load Regulation (25% to FL) Line Regulation Temperature Coefficient Ripple/Noise
Output Voltage
Output Amps
Input Range
Efficiency
3.3 VDC
4 4 4 4 1.67 1.67 1.33 1.33
9-36 VDC 18-72 VDC 9-36 VDC 18-72 VDC 9-36 VDC 18-72 VDC 9-36 VDC 18-72 VDC
78% 78% 81% 82% 83% 84% 83% 84%
+/-2.0 +/-2.0 +/-833 +/-833 +/-666 +/-666
9-36 VDC 18-72 VDC 9-36 VDC 18-72 VDC 9-36 VDC 18-72 VDC
83% 84% 83% 84% 83% 84%
5 VDC 12 VDC 15 VDC
+/-5 VDC +/-12 VDC +/-15 VDC
www.astrodyne.com
<500uS <500uS
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD20 series Isolated and Regulated 20 WATT Modular DC/DC Converter
General Specifications Input-Output Isolation Isolation Resistance Switching Frequency Safety RFI MTBF
Physical Specifications 1500VDC 10-8nth Ohm min. 300Khz UL60950 Six Sided Shielding MIL-HDBK-217F Ground Benign, 25°C 880,584 Hrs.
Case Material Construction Weight Dimensions
Black coated Copper w. Non-conductive base Fully Encapsulated 2 oz, (57g) 1.6” x 2” x 0.45”
*Please see page 4 for Waiver of Liability Statement
Pin #
Single Outputs
Dual Outputs
1 3 4 5 6 7 8
On/Off Control - Input + Input Trim - Vout + Vout No Pin
On/Off Control - Input + Input Trim - Vout Common + Vout
High Density
Mechanical Dimensions
All Dimensions In Inches (mm) Tolerance .xx = +/-0.04, .xxx = +/- 0.010
Notes
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
467
ASD30 series Isolated and Regulated 30 WATT Modular DC/DC Converter Wide 2:1 Input Range Remote ON/OFF Control High Efficiency Input PI Filter Unit Measures 2.0”W x 2.0”L x0.4”H
Six-Sided Shield
Physical Specifications
Input Specifications Input Voltage Ranges:
High Density
Input Filter
12 VDC Nominal 24 VDC Nominal 48 VDC Nominal PI Type
Model Number SINGLE OUTPUT ASD30-12S3 ASD30-24S3 ASD30-48S3 ASD30-12S5 ASD30-24S5 ASD30-48S5 ASD30-12S12 ASD30-24S12 ASD30-48S12 ASD30-12S15 ASD30-24S15 ASD30-48S15 DUAL OUTPUT ASD30-12D5 ASD30-24D5 ASD30-48D5 ASD30-12D12 ASD30-24D12 ASD30-48D12 ASD30-12D15 ASD30-24D15 ASD30-48D15 TRIPLE OUTPUT ASD30-12T512 ASD30-24T512 ASD30-48T512 ASD30-12T515 ASD30-24T515 ASD30-48D515
468
9-18 VDC 18-36 VDC 36-72 VDC
Case Material Construction Weight Dimensions
Black coated Copper w. Non-conductive base Fully Encapsulated 2.4 oz, (68g) 2.0”x2.0”x0.4”
Output Voltage
Output mAmps
Input Range
Efficiency
3.3 VDC
5000 5000 5000 5000 5000 5000 2500 2500 2500 2000 2000 2000
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
74% 75% 75% 78% 79% 79% 82% 82% 82% 82% 82% 82%
+/-2500 +/-2500 +/-2500 +/-1250 +/-1250 +/-1250 +/-1000 +/-1000 +/-1000
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
78% 79% 79% 82% 85% 85% 82% 85% 85%
3500, +/-300 3500, +/-300 3500, +/-300 3500, +/-200 3500, +/-200 3500, +/-200
9-18 VDC 18-36 VDC 36-72 VDC 9-18 VDC 18-36 VDC 36-72 VDC
79% 80% 85% 79% 80% 80%
5 VDC
12 VDC
15 VDC
+/-5 VDC
+/-12 VDC
+/-15 VDC
5, +/-12 VDC
5, +/-15 VDC
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD30 series Isolated and Regulated 30 WATT Modular DC/DC Converter
General Specifications
Voltage and Current Load Regulation (25% to FL) Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise Voltage Accuracy
Voltage Balance (Dual) Transient Response Trim Adjustment Range Short Circuit Protection Efficiency
See Selection Chart Single/Dual Triple Single/Dual Triple +/-0.02%/°C 10 mV RMS, max. 75mVp-p max. Single Ouput Dual + Output Dual - Output Triple 5V Triple 12V/15V +/-1% Single, 25% Change Dual FL to 1/2L +/-10% Continuous See Selection Chart
EC-On EC-Off Shutdown Idle Current Control Common
+/-2%, max. +/-2%, max. +/-3%, max. +/- 2%, max. +/-5%, max <500uS <500uS
500VDC 10-9nth Ohm min. 300Khz Connected to O/P Common UL60950 Six Sided Continuous Shield Single O/P 891,000 Hrs. Dual O/P 870,000 Hrs. Triple O/P 790,000 Hrs. MIL-HDBK-217F Ground Benign, 25°C
Environmental Specifications Oper. Temperature Case Temperature Storage Temperature Cooling
-25 to +71°C w. Derate See Curve 100°C max. -55 to +105°C * Free Air Convection
External Output Trimming
Remote On/Off Control Logic Compatibility
+/-0.5% +/-1% +/-0.5% +/-1%
Input-Output Isolation Isolation Resistance Switching Frequency Case Grounding Safety EMI/RFI MTBF
High Density
Output Specifications
CMOS or Open Collector TTL >+5.5VDC or Open Circuit <1.8VDC 10mA Referenced to - Input
*Please see page 4 for Waiver of Liability Statement
Output Derating Curve
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
469
ASD30 series Isolated and Regulated 30 WATT Modular DC/DC Converter
Mechanical Dimensions
High Density 470
Pin #
Single Outputs Dual Outputs
Triple Ouputs
1 2 3 4 5 6 7 8
Remote On/Off No Pin - Input + Input Trim - Output + Output No Pin
Remote On/Off No Pin - Input + Input - Aux. Out Common + 5Vout + Aux. Out
Remote On/Off No Pin - Input + Input Trim - Output Common + Output
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
FEC40 series Isolated and Regulated 40 WATT Modular DC/DC Converters Wide 2 : 1 Input Range High Efficiency Regulated Outputs 1600V Isolation Unit Measures 2.0”W x 2.0”L x 0.4”H
Full EMI Shielding L-C Type Input Filter
Input Voltage Ranges:
24 VDC Nominal 18-36 VDC 48 VDC Nominal 36-75 VDC Input Filter (Note 6) L-C Type Under Voltage Lockout 24V Input DC-DC On: 17.8V DC-DC Off: 16V 48V Input DC-DC On: 36V DC-DC Off: 34V Input Voltage Variation dv/dt 5V / mS, max. (Complies with ETS300 132 part 4.4) Input Surge Voltage 100mS max. 24V Input 50VDC 48V Input 100VDC Input Reflected Ripple (Note 7) Nom I/P and FL 40mA Pk-Pk Start Up Time Nom. I/P and Static Resistive Load 25mS, typ. Remote ON/OFF (Note 8) DC-DC On: Open or 3.5V < Vr < 12V DC-DC Off: Short or 0V < Vr < 1.2V Remote Off Input Current Nom. Input: 2.5mA
Oper. Temperature Storage Temperature Relative Humidity Maximum Case Temp Over Temp. Protection Thermal Impedance (Note 11)
Thermal Shock Vibration MTBF (Note 10)
-40 to +85°C with derate -55 to +105°C * 5 to 95% RH * 100°C * 115°C, typ. Convection: 9.2°C/Watt Heat Sink w. 20LFM 8.5°C/Watt Heat Sink w. 500LFM 2.8°C/Watt MIL-STD-810D 10-55Hz, 2G, 30 Minutes along X, Y and Z Axes 1.398 MHrs
Model Number Output Voltage Output Amps
Input Range
Efficiency
Ripple & Noise
SINGLE OUTPUT FEC40-24S3P3 FEC40-48S3P3 FEC40-24S05 FEC40-48S05 FEC40-24S12 FEC40-48S12 FEC40-24S15 FEC40-48S15
8 8 8 8 3.33 3.33 2.66 2.66
18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC
50mV Pk-Pk 50mV Pk-Pk 50mV Pk-Pk 50mV Pk-Pk 75mV Pk-Pk 75mV Pk-Pk 75mV Pk-Pk 75mV Pk-Pk
87% 88% 89% 90% 88% 89% 89% 89%
3.3 / 5 VDC
4/4 4/4
18-36 VDC 36-75 VDC
100mV Pk-Pk 100mV Pk-Pk
84% 85%
3.3, +/-12 VDC
6, +/-0.40 6, +/-0.40 6, +/-0.30 6, +/-0.30 6, +/-0.40 6, +/-0.40 6, +/-0.30 6, +/-0.30
18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC
50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk 50 / 75mV Pk-Pk
85% 86% 85% 86% 87% 88% 87% 88%
DUAL OUTPUT FEC40-24D3305 FEC40-48D3305 TRIPLE OUTPUT FEC40-24T3312 FEC40-48T3312 FEC40-24T3315 FEC40-48T3315 FEC40-24T0512 FEC40-48T0512 FEC40-24T0515 FEC40-48T0515
www.astrodyne.com
3.3 VDC 5 VDC 12 VDC 15 VDC
3.3, +/-15 VDC 5, +/-12 VDC 5, +/-15 VDC
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
High Density
Environmental Specifi cations ENVIRONMENTAL SPECIFICATIONS
Input Specifications
471
FEC40 series Isolated and Regulated 40 WATT Modular DC/DC Converters
Output Specifications
Line Regulation
High Density
Cross Regulation (Note 4) Temperature Coefficient Ripple/Noise (Note 5) Transient Response Voltage Stability Over Load Protection Short Circuit Protection
OVP Threshold, Zener Diode Clamp: 3.3V Output 5V Output 12V Output 15V Output
3.9Volts 6.2Volts 15Volts 18Volts
Physical Specifications Case Material Construction Dimensions Weight
FEC40-48S05
Natural Convection 100 Output Power (%)
Voltage Adjust (Note 1) Min. Load-Triple Only (Note 2) Load Regulation-10%-FL (Note 3)
40 Watts Max. See Selection Chart single/dual; +/- 1% Triple Main: +/-1% Triple Aux.: +/-3% +/-10% 10% singles: +/-0.5% duals: +/-1% Triple Main: +/-2% Triple Aux.: +/-5% single/dual; +/- 0.5% Triple Main: +/-1% Triple Aux.: +/-5% single/dual/triple main +/-1% triple aux. +/-5% +/-0.02%/DegC, Max. See Selection Chart (25% Load Step) 400uS (singles/duals) +/- 2% (triples) 5 V:+/-2%, Aux: +/-5% FL, Nom. I/P: 150% Max. Hiccup, Auto Recovery
75 50 25 0 -40 -25 -10 0
50 60 70 80 90
100
Ambient Temp. (ºC) FEC40-48S05 Efficiency VS Input voltage
Efficiency (%)
Output Power Voltage and Current O/P Accuracy (FL & Nom I/P)
Output Derating Curves
Nickel-Coated Copper Non-Conductive Base Fully Encapsulated with UL94-VO Epoxy 2.0” x 2.0” x 0.40” 2.11 oz, (60g)
92 91 90 89 88 87 86 85 84 83 82 36
42
48
54
60
66
72
75
7
8
Input Voltage (V) FEC40-48S05 Efficiency VS Output load
Input-Out Isolation Isolation Resistance Isolation Capacitance Efficiency Switching Frequency (Note 9)
1600VDC 10-9nth Ohms 1000pF, Max. See Selection Chart 300Khz, typ
*Please see page 4 for Waiver of Liability Statement
Efficiency (%)
General Specifications
94 92 90 88 86 84 82 80 75 70 65
1
2
3
4
5
6
Output Load (A) 472
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
FEC40 series
High Density
Isolated and Regulated 40 WATT Modular DC/DC Converters
Mechanical Dimensions
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
473
ASD50 series Isolated and Regulated 25 to 50 WATT Modular DC/DC Converters Wide 2:1 Input Range 1500V Isolation Remote ON/OFF Control High Efficiency Input PI Filter Unit Measures 2.28”W x 2.4”L x0.5”H
Five-Sided Shield
Output Specifications
Input Specifications Input Voltage Ranges:
High Density
Undervoltage Lockout
Input Filter
12 VDC Nominal 24 VDC Nominal 48 VDC Nominal 12Vin Power Up 12Vin Power Down 24Vin Power Up 24Vin Power Down 48Vin Power Up 48Vin Power Down PI Type
9-18 VDC 18-36 VDC 36-75 VDC 8.8V 8V 17V 16V 34V 32.5V
Voltage Accuracy Transient Response Trim Adjustment Range Short Circuit Protection Over Voltage Protection Current Limit Efficiency
Physical Specifications Case Material Construction Weight Dimensions
474
Voltage and Current Load Regulation (0% to FL) Line Regulation Temperature Coefficient Ripple/Noise
Aluminum Fully Encapsulated 5 oz (142g) 2.28” x 2.4” x 0.5”
See Selection Chart +/-0.2%, max. (HL-LL) +/-0.2%, max. +/-0.03%/°C 2.5, 3.3 & 5Vout 20mV RMS, max. 75mVp-p max. 12 & 15Vout 30mV RMS, max. 100mVp-p max. 24Vout 100mV RMS, max. 240mVp-p max. +/-1%, max 25% Change <500uS +/-10% Continuous 115-140% of Output 110-150% of Rated Load See Selection Chart
Model Number
Output Voltage
Output Amps
Input Range
Efficiency
ASD50-12S25 ASD50-24S25 ASD50-48S25 ASD50-12S3 ASD50-24S3 ASD50-48S3 ASD50-12S5 ASD50-24S5 ASD50-48S5 ASD50-12S12 ASD50-24S12 ASD50-48S12 ASD50-12S15 ASD50-24S15 ASD50-48S15 ASD50-12S24 ASD50-24S24 ASD50-48S24
2.5 VDC
10 10 10 10 10 10 10 10 10 4.16 4.16 4.16 3.33 3.33 3.33 2.08 2.08 2.08
9-18 VDC 18-36 VDC 36-75 VDC 9-18 VDC 18-36 VDC 36-75 VDC 9-18 VDC 18-36 VDC 36-75 VDC 9-18 VDC 18-36 VDC 36-75 VDC 9-18 VDC 18-36 VDC 36-75 VDC 9-18 VDC 18-36 VDC 36-75 VDC
76% 77% 77% 78% 79% 79% 81% 82% 83% 84% 85% 85% 84% 85% 85% 84% 86% 86%
3.3 VDC
5 VDC
12 VDC
15 VDC
24 VDC
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
ASD50 series Isolated and Regulated 25 to 50 WATT Modular DC/DC Converters
General Specifi cations GENERAL SPECIFICATIONS
Environmental Specifications
Input-Output Isolation I/P-O/P, I/P-Case, O/P-Case Isolation Resistance Switching Frequency 12 & 24Vin 48Vin Safety
Oper. Case Temperature Thermal Shutdown, Case Temp. Storage Temperature Cooling MTBF
1500VDC 10-7nth Ohm min. 400kHz 300kHz UL60950
-40 to +100°C 100°C typ. -55 to +105°C * Free Air Convection 1,005,677 Hrs. MIL-HDBK-217F Ground Benign, 25°C
*Please see page 4 for Waiver of Liability Statement
Remote On/Off Control Logic Compatibility Module-On Module-Off Shutdown Idle Current
Open Collector Referenced to - Input Open Circuit <0.8VDC 10mA
High Density
External Output Trimming
Mechanical Dimensions
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
Pin #
Function
1 2 3 4 5 6 7 8 9
+ Input Remote On/Off Case - Input - Output - Sense Trim + Sense + Output
475
ASD75EB series 75 Watt High Density Eighth Brick DC/DC Converter Small 2.32” x 0.9” x 0.37” Size
Adjustable Output Voltage 80-110% of Vo
Constant Frequency
No Sink Current from Output During Shutdown
High Typical Efficiency of 92% (12Vout)
Logic ON/OFF Control
Low Output Noise
MTBF of 1.3Mhrs
24 or 48VDC Nominal Input Voltage Options
RoHS Compliant
Output Over Voltage Protection
CSA Certified to IEC 60950-1 for Basic Insulation
Current Limit/Short Circuit Protection
High Density
Input Specifications
General Specifications
Input Operation Voltage: See Model Chart Input Current FL (0 Vin - Vin max.) See Model Chart Input Transient 1A²t Input Reflected Ripple Current 20mAp-p, typ. Startup Input Voltage (Note 4) 24Vin: 16-18VDC 48Vin: 33-36VDC Shutoff Input Voltage 24Vin: 14-16VDC 48Vin: 30-33VDC Hysteresis 1V
MTBF Weight Dimensions
Output Specifications
Control Specifications Input Logic Low Input Logic High Turn-On Time Trim Adjustment Range
476
1.3Mhrs 0.72 oz (20.5g) 2.3” x 1.45” x 0.47” (58.4 x 36.8 x 12mm)
Voltage at 1mA current relative to -Vin is 1V max. Current at 0 volts is 1mA Enable pin voltage relative to -Vin is 5.5V Leakage current is 100uA 500mS, FL, o=90% Vo, set 80-110%
Model Number
Output Voltage
Output Amps
ASD75-24S3.3EB ASD75-24S5EB ASD75-24S12EB ASD75-48S3.3EB ASD75-48S5EB ASD75-48S12EB
3.3 VDC 5 VDC 12 VDC 3.3 VDC 5 VDC 12 VDC
20 15 6.25 20 15 6.25
Output Voltage See Model Chart Output Current (Io, max.) See Model Chart Output Set Point (Vo,set) +/-1.5%, Nominal Vin, FL Total Output Voltage Range +/- 3% Load/Load Regulation +/-1% Temperature Regulation +/-1%, -40 to 70°C Ripple/Noise 150mV p-p max., 30mVrms (Note 2) Dynamic Response: (Note 3) Peak Deviation 4% Vnom Settling Time 200uS Vout within 1% Vnom Over Voltage Protection 110-140% of Output, Hiccup Mode Over Temperature Protection 105-125°C, auto recover (converter hot spot temperature) External Capacitance (Electrolytic) 3.3 & 5Vout: 10 to 5000uF max. 12Vout: 220 to 1200uF max. Short Circuit Protection (rms) 15Arms, Hiccup, Rout ≤10M Ω Current Limit (rms.) 105-140%, Hiccup Mode Efficiency FL See Model Chart
Input Range
18-36 VDC 18-36 VDC 18-36 VDC 36-75 VDC 36-75 VDC 36-75 VDC
Max. Iin FL Efficiency
4.9A 5.5A 5.5A 2.5A 2.9A 2.9A
Max Output Power
89%, typ. 90.5%, typ. 91.5%, typ. 89%, typ. 91%, typ. 92%, typ.
66 Watts 75 Watts 75 Watts 66 Watts 75 Watts 75 Watts
ASD75EB series 75 Watt High Density Eighth Brick DC/DC Converter
High Density
Mechanical Dimensions
477
ASD75EB series 75 Watt High Density Eighth Brick DC/DC Converter
Derating Curves
High Density 478
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
ASD150QV series 150 Watt, Open Frame, Quarter Brick DC/DC Converter Small 2.3” x 1.45” x 0.47” Size
Current Limit/Short Circuit Protection
Constant Frequency (300kHz, typ)
Adjustable Output Voltage 80-110% of Vo
High Typical Efficiency of 91%
Open Frame Construction
Low Output Noise
Logic ON/OFF Control (Optional Configurations Available)
Output Over Voltage Protection
MTBF Weight Dimensions
Output Specifications 1Mhrs, 48Vin, 80% Load 3.52 oz (100g) 2.3” x 1.45” x 0.47” (58.4 x 36.8 x 12mm)
Control Specifications Turn-On Time Trim Adjustment Range
500mS, FL, Vo=90% Vo, set 80-110% See TRIM CIRCUIT
Isolation Specifications Input-Output Input-Output Capacitance Isolation Resistance
1500VDC 1500pF 10MΩ
Input Specifications Input Operation Voltage: See Model Chart on Page 1 Input Current FL (0 Vin - Vin max.) See Model Chart on Page 1 Input Transient 1A²t Input Reflected Ripple Current 50mAp-p, typ. (Note 1) Startup Input Voltage (Note 4) 24Vin: 17-19VDC 48Vin: 33-36VDC Shutoff Input Voltage 24Vin: 16-18VDC 48Vin: 30-33VDC Hysteresis 1V
Output Voltage See Model Chart on Page 1 Output Current (Io, max.) See Model Chart on Page 1 Output Set Point (Vo,set) +/-1.5%, Nominal Vin, FL Total Output Voltage Range +/- 3% Load/Load Regulation +/-1% Temperature Regulation +/-1%, Io-40A, Ta=-40 to 70°C Ripple/Noise 150mV p-p max., 30mVrms (Note 2) Dynamic Response: (Note 3) Peak Deviation 4% Settling Time 200uS Vout within 1% Vnom Over Voltage Protection 110-140% of Output, Hiccup Mode Over Temperature Protection 104-125°C, auto recover External Capacitance 10 to 5000uF max. (Electrolytic) Short Circuit Protection (rms) 30Arms, Hiccup, Rout ≤10M Ω Current Limit (rms.) 110-140%, Vo=90% of Vnom Efficiency @ 50% Io: 90% @ 75% Io: 91% @ 100% Io: 90%
High Density
General Specifications
Notes 1.Measured before Input Filter 2.Scope measurement should be made using a BNC connector with 1uF and 10uF aluminum electrolytic capacitor across output. Scope set to read at 20MHz bandwidth. 3. 25%-50%-75% load, 0.1A/uS 4. The Cold Start condition is a uniform converter temperature of -40°C after thermal stabilization. The Hot Start condition for start up is a uniform converter temperature of 65°C after thermal stabilization.
Model Number
Output Voltage
Output Amps
Input Range
Max. Iin FL
Max Output Power
ASD150-24S3.3QV ASD150-24S5QV ASD150-24S12QV ASD150-48S3.3QV ASD150-48S5QV ASD150-48S12QV
3.3 VDC 5 VDC 12 VDC 3.3 VDC 5 VDC 12 VDC
40 30 12.5 40 30 12.5
18-36 VDC 18-36 VDC 18-36 VDC 36-75 VDC 36-75 VDC 36-75 VDC
11A 13A 13A 6A 7A 7A
132 Watts 150 Watts 150 Watts 132 Watts 150 Watts 150 Watts
479
ASD150QV series 150 Watt, Open Frame, Quarter Brick DC/DC Converter
Trim Circuit
High Density
Pin Outs
Mechanical Dimensions
480
High Reliability /COTS power supplies High reliability and ruggedized applications require unique power solutions. DC/DC and AC/DC modules offer many of the attributes required including extended temperature ranges and packaging that addresses shock and vibrations environments. Military, in-flight, transportation and industrial controls are markets served by these solutions. DC/DC and AC/DC converter modules (often called “bricks”) are found in a variety of power levels and input ranges. Often times they are used in a distributed solution utilizing multiple modules. The input voltage ranges may service 12, 24 or 48V buses along with 300Vdc following power factor correction modules. For AC inputs, frequency is an additional consideration as conventional grid power operates at 50/60Hz while military power may require 440Hz and newer aircraft requirements providing 350 to 550 Hz (also known as “Wild” frequency). Packages are typically board mount and encapsulated to provide shock/vibration resistance along with efficient thermal distribution/management. Industry standard package outlines include full brick, ¾ brick, ½ brick, and ¼ brick. When selecting a DC/DC converter, consider the following criteria as they relate to your application requirements:
Output Voltage (V) and Current (A). DC/DC converters offer either single, dual or triple outputs, typically in the range of 1.5 to 48 VDC. When determining the supply-voltage levels required in an application, note the current levels that will be required at each voltage. Input Voltage Range. Isolated DC/DC converters are typically designed to accept wide ranges of input voltage, roughly centered on popular nominal values such as 12, 24, 48 or 300VDC. For example, a supply with 2:1 input at 48 VDC nominal will accept inputs from 36 to 72 VDC. 300V inputs are most commonly used with Power Factor Correction modules in distributed architectures. Loading. Older DC/DC converter models with single or multiple outputs often require a minimum level of loading, or preloading, to ensure stable operation. Newer models with multiple outputs may also need preloading, which can be accomplished by adding load resistors to a converter’s outputs. Compare the DC/DC converter specification with loading conditions in the application to determine whether preloading is necessary. Load capacitance is another consideration.
High Reliability/COTS
Distributed Architecture. There are several advantages offered by a distributed architecture approach in High Reliability applications. Time to market and relatively low volumes are drivers in utilizing off-the-shelf bricks. Other reasons may include low profiles and improved reliability. With AC/DC PFC modules, higher powers can be achieved without the requirement of fan cooling.
DC/DC converters typically have low levels of output capacitance, which limits their ability to drive highly capacitive loads. If load capacitance exceeds a converter’s specified level, the converter may shut down or enter a current-limiting mode. Regulation. Fluctuations in line (input voltage) and load produce changes in DC/DC converter output voltage. These sensitivities to changing inputs and outputs are quantified on converter data sheets as line and load regulation. When selecting a DC/DC converter, determine the application’s requirement for voltage regulation to determine whether a converter’s line and load regulation specifications are adequate. Ripple and Noise. DC/DC converters typically specify maximum values of output ripple and noise in millivolts peak-to peak for each output. Be sure to compare a converter’s data sheet specifications for ripple and noise with application requirements when choosing a DC/DC converter. Efficiency. Typical values of efficiency are often specified for DC/DC converters. These values provide a rough means of comparing the performance of different models. However, the efficiency of a given DC/DC converter will vary with operating conditions such as load. Consider the typical operating conditions and efficiency requirements of the application when selecting DC/DC converters. www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458 8
481
High Reliability/COTS
Application Notes
No.
Description Page
AP1
Module Handling Considerations (All Series).................................................................483
AP2
Mechanical Mounting Considerations (All Series)..........................................................483
AP3
Input Ripple Measurement and Filtering (All Series)......................................................484
AP4
Logic On - Off (MV, UV, and UV-164 Series)..................................................................484
AP5B
Output Voltage Trimming (NV, PV, and UV Series)........................................................487
AP6
Remote Sensing (All Series)..........................................................................................489
AP7
Measuring Line and Load Regulation (All Series)..........................................................490
AP8
Measuring Output Noise and Ripple (All Series)............................................................491
AP10
Thermal Considerations (All Series + 2003, 2005, 2006 Heatsinks)..............................492
AP23
PFC Load Restrictions During Startup (PFC Series).....................................................493
AP24C
Power Factor Correction (PFC) Modules (PFC Series)................................................496
High Reliability/COTS
A complete set of Application Notes is available from Astrodyne including the following titles:
App. Note# Application Note Title Product Series AP9
Trimming Paralleled Modules MV, UV, and UV-164 Series
AP11A
Non-Redundant Paralleling of UV300 Modules UV300 & UV300-164 Series
AP12A
Synchronization of MicroVerter Modules UV and UV-164 Series
AP13B
Paralleling with Current Sharing and n+m Redundancy MV, UV, & UV-164 Series
AP14
Special Considerations for MicroVerter Triples UV Triple Output Module
AP19C
Hole Dimensions and Socket Information NV, PV, UV, & PFC Series + HH199
AP25B
SuperVerter DC/DC Converters SV Series
AP27
Comparing the MicroVerter UV and UV-164 Series UV & UV-164 Series
The latest versions of all our Application Notes are available in PDF format on our website or call 800-823-8082 for a complete set of printed Application Notes.
www.astrodyne.com 482
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
Module Handling Considerations RO DC/DC and AC/DC converter modules have proven to be extremely rugged and are designed to meet MIL-STD-810D requirements. Also, once theyâ&#x20AC;&#x2122;re installed properly on a printed circuit board, they can take all the normal mechanical forces for circuit boards and circuit board mounted components. Reasonable care must be exercised, however, during all handling of converter modules, to prevent mechanical damage to the case or the electrical terminal pins.
Implementation Storage Modules should be kept in their original shipping containers to provide adequate protection until inserted into printed circuit boards.
Installation into Printed Circuit Board Reasonable care must be exercised when inserting the pins of a module into the holes or sockets of a printed circuit board during production or prototype fabrication. The pins must all be properly aligned with the holes or sockets before pressure is evenly exerted to the surface of the module to seat it onto the board. Otherwise, over stressed or bent pins could result in external pin breakage, internal damage, or degradation of the module.
Removal from Printed Circuit Board In soldered applications, solder must be carefully removed from the pin/pad connections and each pin must be observed to be mechanically free from its pad. Once the solder is adequately removed or for socket applications, the module must be removed using both hands, one on either end of the module, to carefully lift the mod-
ule evenly off the board. While the pins are clearing the sockets or circuit board holes, the plane of the module baseplate must remain in parallel with the plane of the circuit board. Otherwise, the pins may be over stressed or bent resulting in degradationor failure.
Shipment of Modules In the event that individual modules are shipped as a component and not in a circuit board assembly, adequate protection must be provided to the pins to prevent damage. Utilization of the original plastic shipping tube from Astrodyne is recommended.
Related Topics AP-2 Mechanical Mounting Considerations AP-18 Board Layout Considerations and Recommendations AP-19 Hole Dimensions and Socket Information
Mechanical Mounting Considerations General description RO DC/DC and AC/DC converter modules have proven to be extremely rugged, and are designed to meet MIL-STD-810D requirements. Also, once theyâ&#x20AC;&#x2122;re installed properly on a printed circuit board, they can take all the normal mechanical forces for circuit boards and circuit board mounted components. Reasonable care must be exercised, however, during the design and fabrication of modules into power supply assemblies to prevent excess stress that could cause mechanical damage to the case or the electrical terminal pins.
Implementation Design Good mechanical engineering practices must be observed in designing modules into power supply assemblies to prevent excess stress or bending forces on the
Application Note 2
modules and their electrical terminal pins. Circuit board holes and sockets must be properly located and mechanical attachment to heatsinks and circuit boards must be designed to prevent excess shear, compression, or tensile forces on the pins. (See AP-19, Hole Dimensions and Socket Information.)
Assembly Good manufacturing procedures must be observed in assembling modules into power supply assemblies to prevent excess stress on the modules or pins. Reasonable care must be exercised in inserting (and removing) modules from printed circuit boards (See AP-1, Module Handling Considerations). In particular, care must be exercised in applications where a single heat sink is attached to more than one module in a soldered application. If possible, the heat www.astrodyne.com
sink should be assembled to the modules prior to soldering. In situations where this is not possible, care must be exercised to insure that bolting of the modules to the heat sink following the soldering operation does not result in excess stress on the pins. One approach might be to fixture the modules during soldering to insure their base plates are co-planer and to also insure that the heatsink is flat and that pin forces are reasonable during and after assembly.
High Reliability/COTS
General description
Application Note 1
Related Topics AP-1 Module Handling Considerations AP-18 Board Layout Considerations and Recommendations AP-19 Hole Dimensions and Socket Information
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 483
High Reliability/COTS
Application Notes
Input Ripple Measurement and Filtering General description The following discussion pertains to a MicroVerter® UV28 module loaded to 200W. The 370 kHz component of the input ripple is addressed. Higher frequency components, which are usually common mode “spikes,” must be addressed separately.
Measurement Measurement of the input ripple current of a high frequency DC/DC converter is not a simple task. Because of the large DC component of the current, many current probes normally used to measure high frequency currents become useless, due to DC saturation. Current shunts, while suitable for accurate measurement of the DC value of the current, are too inductive to give an accurate picture of the AC component of the current.
High Reliability/COTS
A low inductance current shunt can be made using a short piece of resistance wire for the purpose of measuring input ripple current. This device, when connected to coaxial cable, and properly terminated, will result in fair accuracy if the resistance wire length is held to an inch or less. The oscilloscope measurement will be greater than the actual IR component of the voltage due to the Ldi/dt component which, although small, will be present as well. A more complicated, but more accurate device can be made which is virtually non-inductive by insulating the resistance wire and shielding it with the shield lead from a piece of coaxial cable. Our measurements were made using this type of device, constructed from three pieces of #18 managing 290, one inch long each, in parallel. The managing wire was kept on sleeved, then shielded with the shield lead portion of a piece of RG 58 A/U coax which is connected to the managing at one end. RG 58 A/U cable was also used to connect the signal to the scope, as was a 50 OHM termination. The resultant DC resistance is 5 milliseconds-Ohms. Of course, there is still some error where the measured current is higher than the actual current due to skin
effect. The capacitance of the device is negligible.
or more of inductance).
Ripple Current Theory In Figure 1 below, a MicroVerter module is shown connected to an ideal DC source. Since the ideal source has infinite capacity, the ripple voltage appearing at its terminals is zero, despite the ripple component of the current flowing into the MicroVerter module.
Figure 1 With an ideal input source, the ripple voltage at Vin is zero. Although the amount of ripple current is small, in practice, a ripple voltage will appear at the input to the MicroVerter module, and at the terminals of the source, which should be treated as two different points. The ripple at the source is a function of ripple current and the source impedance, and the ripple at the input to the MicroVerter module is a function of these parameters, as well as the line impedance. The source impedance is generally made up of elements such as battery ESR, capacitor ESR, actual capacitor value, and capacitor or battery ESL. The line impedance is made up of the wire inductance and resistance. Figure 2 illustrates a MicroVerter module connected to a real source, with source impedance and line impedance included. The voltage at the source terminals has been named VDC. The ripple voltages can be calculated if these quantities are known (ripple current, source impedance and line impedance). On the relative magnitudes of the source and line impedances at 400khz, the source ripple may be highly attenuated. For instance, just a few feet of wire connected between the source and the MicroVerter module input may reduce the ripple at the source to a negligibly small p-p magnitude if the source impedance is small. (A few feet of wire can easily result in 1µH www.astrodyne.com
484
Application Note 3
Figure 2 The source voltage and the input to the converter is treated as two different points. They are separated by the line impedance. There is, of course, a need to keep the ripple that appears at the source reasonably small, since other equipment may be sensitive to ripple at certain frequencies. Since the MicroVerter operates at the affixed 400khz frequency, keeping the source ripple very low is a simple matter.
Input Ripple Reduction The easiest way to reduce the ripple voltage is to use a capacitor at the input to the MicroVerter. This is assuming that the source impedance is suitably low in the first place. The capacitor should be located physically close to the MicroVerter module input, and the connections should be as short as possible between the cap and the input pins to minimize series inductance and resistance. A 22uF, 50V tantalum, or a 3.3uF, 50V MLC, or a 220uF, 50V aluminum will give good results. The same type of capacitor should be added at the source point if the source impedance is not already sufficiently low. The capacitor at the MicroVerter module input terminals reduces both the Vin ripple, and the VDC ripple. Since the line impedance is usually inductive, the capacitor will supply some of the MicroVerter module’s input ripple current, thereby reducing the current flowing in the source impedance, and hence the source ripple voltage.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
The above mentioned capacitors are generally sufficient to reduce the ripple at the MicroVerter module input to less than 100mV p-p. Depending on the relative magnitudes of the source and line impedances at 400khz, the source ripple may be highly attenuated. For instance, just a few feet of wire connected between the source and the MicroVerter module input may reduce the ripple at the source to a negligibly small p-p magnitude if the source impedance is small. (A few feet of wire can easily result in 1µH or more of inductance). For applications where the line impedance is small, the source ripple (VDC ripple) will approach that of the input (Vin ripple). In these cases, a small valued inductor can be connected between the VDC and Vin points to reduce the VDC ripple to the desired p-p value. The inductor should be used in addition to the capacitor at the input to the MicroVerter module previously described. This is shown in Figure 4.
Input Ripple Reduction The easiest way to reduce the ripple voltage is to use a capacitor at the input to the MicroVerter. This is assuming that the
Figure 4 An input choke can be used when the line impedance is small. Generally, a 2µH choke will be sufficient to reduce the VDC ripple to less than 20mV p-p, assuming 100 milliohm source impedance, and 100 milliohm impedance for the cap at the input of the MicroVerter module. Attention should be given to the line impedance, since it can play a significant role in determining the ripple at the source, and at the input to the converter. If the line in-
Logic On - Off
ductance exceeds 1µH, it is recommended that a capacitor be placed at the input of the MicroVerter module as previously described to prevent the ripple appearing at Vin from becoming excessively high, which can result in degraded converter performance or oscillations. Wire, switches, circuit breakers, fuses, and the like will all contribute resistive and more importantly, inductive elements to the impedance of the line. Tables or handbooks, such as F.E. Terman’s Radio Engineers’ Handbook, McGraw-Hill 1943, may be helpful in determining wire inductances, etc.
Related Topics AP-13 Paralleling with Current Sharing and n+m Redundancy When paralleling MicroVerter modules, following the recommendations in this note, the result will be much improved performance of paralleled MicroVerter modules, in terms of not only input ripple, but current sharing and output ripple is well. A separate input capacitor, and inductor if necessary, provided for each MicroVerter module, will give best results. The inductor must be connected in the plus leg of the input line to each individual MicroVerter module in order that the -Vin pins of all the paralleled units may be held at the same potential. In light of this note, it follows that the inductance of the connections between the -Vin pins of the paralleled MicroVerter modules should be held to a minimum.
High Reliability/COTS
Figure 3 A cap at the converter input has a dramatic effect on the ripple at the source.
source impedance is suitably low in the first place. The capacitor should be located physically close to the MicroVerter module input, and the connections should be as short as possible between the cap and the input pins to minimize series inductance and resistance. A 22uF, 50V tantalum, or a 3.3uF, 50V MLC, or a 220uF, 50V aluminum will give good results. The same type of capacitor should be added at the source point if the source impedance is not already sufficiently low. The capacitor at the MicroVerter module input terminals reduces both the Vin ripple, and the VDC ripple. Since the line impedance is usually inductive, the capacitor will supply some of the MicroVerter module’s input ripple current, thereby reducing the current flowing in the source impedance, and hence the source ripple voltage.
Application Note 4
General Description
Implementation
The logic on-off function allows the user to shut off the converter’s output using a simple TTL logic signal or mechanical switch, and avoids having to turn off the DC input bus. This feature is useful for cycling the output power without having to cycle the input power. It is particularly useful for the µV300 series, where it avoids recharging of the 60Hz energy storage caps that normally filter the 300VDC bus voltage.
The PARALLEL-ON/OFF pin is used to implement the disable function. By pulling the terminal below 1V @ 4mA with respect to -IN, the module turns off. With logic circuits -A simple logic signal can disable the converter using a transistor or small signal FET as shown in Figures 4a and 4b, respectively. In these circuits, a logic high signal disables the converter.
www.astrodyne.com
Figure 4a Logic on/off circuit with small signal transistor. A logic high signal disables the converter
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 485
High Reliability/COTS
Application Notes
Custom Thermal Protection
Figure 4b Logic on/off circuit with small signal MOSFET. A logic high signal disables the converter. In some cases, it is desirable to use a logic low signal to disable the converter. Figure 4c shows how to implement a logic lowdisable circuit.
High Reliability/COTS
The circuits shown in Figures 4a, 4b and 4c are all primary-referenced. In situations where the logic signal is secondaryreferenced, an opto-isolator can be used to disable the converter as shown in Figure 4d. A high signal disables the converter. Note: The converter’s output cannot be used to disable itself. Otherwise, the logic voltage used to disable the converter would itself disappear when the converter was turned off, and the converter would restart. Use either a housekeeping power source or more than one paralleled converter to insure logic signal voltage.
Figure 4e Use a bounce-limited contact switch to disable the converter. The converter is disabled when the switch is closed. The resistor should be limited to 470Ω to prevent the pin voltage from exceeding 1V when the switch is closed. C should not exceed 0.047µF. Otherwise; the converter’s output will take abnormally long to reach its operating voltage. If the mechanical switch is located more than a few inches away from the converter, or if the switch is an ordinary (not a contact bounce-limited) type, consider using the switch to activate a small-signal FET or transistor located physically near the module as shown in Figure 4f. The filter capacitor connected to the FET’s gate filters out contact bounce and noise.
Figure 4f Suggested circuit for isolating contact bounce and noise from the PARALLEL ON/OFF pin. Typical values for a 48V application are shown.
Possible Applications Figure 4d Secondary-referenced on/off circuit using an opto-coupler. A logic high signal disables the converter. With mechanical switch -A simple mechanical switch can disable the converter. Astrodyne recommends a pushbutton switch. In addition, when using any type of mechanical switch, always use a de-bounce circuit consisting of a resistor and a capacitor as shown in Figure 4e.
Measurement of the input ripple current of a highEnergy Conservation, The U.S. government’s new Energy Star Program, puts a premium on energy efficient systems. Astrodyne’s MicroVerter modules are an excellent choice for these systems since they are inherently more efficient than conventional power supplies. When paralleling converters, the on/off feature can be used to enable the exact number of modules to attain peak operating efficiency.
www.astrodyne.com 486
Although MicroVerter modules are internally thermally protected, other system components may be susceptible to overheating due to fan failure or high outside ambient temperatures. Thermal sensors, properly placed, could detect some other temperature and shut off the converters using the logic on/off function, preventing system damage. Sequencing outputs In some applications, one output voltage needs to “come up” before another. Logic on/off can be used to control output voltages to rise in a particular sequence. (See Figure 4g depicting logic turn-on time)
Figure 4g Timing diagram showing logic turn on time.
Precautions Voltage sensitivity - The PARALLEL-ON/ OFF pin is voltage sensitive. If the pin voltage, applied or induced, exceeds 6V, the module can fail. If the conductor leading to the PARALLEL-ON/OFF pin is over a few inches long, or if there is any possibility of induced transient voltages, Astrodyne recommends connecting a 5.6V - 1W Zener diode from PARALLEL-ON/OFF to -IN. The Parallel-On/Off pin is physically close to the +IN pin. Accidentally shorting the two pins can cause module failure. Make any circuit changes to the PARALLEL-ON/OFF pin with the power off. For proper converter operation, the pin should be left floating, not forced highAlways use a mechanical switch or open collector to control the pin. Never apply an external voltage to this pin. Noise sensitivity - The PARALLEL-ON/OFF pin is noise sensitive. Keep the logic on-off circuit as close as possible to the module. If the circuit must be more than a few inches away, or if the environment is electrically
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
noisy, connect a capacitor from PARALLEL-ON/OFF to -IN. A 0.022µF NPO ceramic capacitor is normally recommended. If wire cables are used for the disable function, use a twisted pair, or better, use coax cable.
Related Topics AP-13 Paralleling with Current Sharing and n+m Redundancy
Output Voltage Trimming Output voltage trimming allows the user to change the output voltage of the module. This greatly enhances the functionality of modules by allowing a few select, standard modules to be applied to virtually any application; regardless of the voltage requirements. This allows module users to reduce the number of models kept in stock. This application note covers the basics of trimming modules and performance effects of trimming. It also covers some possible applications for trimming as well as some trimming precautions to observe.
Implementation Basic Trimming Concepts
Where: ZTG = the transimpedence gain of the module from the trim pin to the output (see tables). Vref = the internal reference voltage of the module (see tables). Vnom = the nominal output voltage of the module with no trimming (see tables). Vo = The desired output voltage of the module after trimming.
MicroVerter Trimming The trimming constants for the MicroVerter modules are given in Table 5a. These constants, along with the desired output voltage, are plugged into the resistor equations derived above.
Astrodyne uses a simple approach to trimming modules that in most cases allows the module to be trimmed with a single external resistor. To trim the module you must create a current source/ sink that provides current to the TRIM pin. To accomplish this, connect a resistor from TRIM to either +SENSE or -SENSE depending on whether you want a lower or higher than nominal output voltage. In trim-up applications the resistor will be connected from TRIM to -SENSE, and in trim-down applications the resistor will be connected from TRIM to +SENSE. Figure 5a shows the two connections. To calculate the resistor value, use the following equations:
Figure 5a Basic circuits for trim-up and trimdown applications. Note: The trimming ranges in Table 5a represent the guaranteed ranges given in the data sheets. On some models extended ranges have been verified and are reflected in the table. Also note that the module performance specifications only apply when the output voltage is within the guaranteed adjustment range. If your application requires a trim voltage that is outside of the range given, contact the factory and they will assist you.
Ω Resistor in series with the TRIM pin. This resistor must be subtracted from the calculated trim resistor value. EXAMPLE: An application requires 9A at 26V to drive a RF amplifier in a cellular transmitter. In this application we could use either a 28V module trimmed down to 26V or a 24V module trimmed up to 26V. The 28V module would have a current limit of 9A. The 24V module has a power rating of 24V x 10A or 240W. At 26V the output current must be limited to 240W / 26V = 9.23A which is acceptable for the application. For our example we will choose the 24V module since it will be more efficient (module efficiency improves when the output is trimmed up and degrades when the output is trimmed down) and we don’t need the 9A current limit feature. The required trim resistor is:
High Reliability/COTS
General Description
Application Note 5B
For our application we will use a 30.9kΩ, 1%, temperature stable, metal film resistor such as a RN55D connected from TRIM to -SENSE. www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 487
High Reliability/COTS
Application Notes
NanoVerter Trimming The trimming constants for the NanoVerter modules are given in Table 5b. These constants, along with the desired output voltage are plugged into the resistor equations derived above. There is one significant difference between the NanoVerter modules and other modules in that NanoVerter module have an internal 332Ω resistor in series with the TRIM pin. This resistor must be subtracted from the calculated trim resistor value. The modified trim resistor equations are:
The required trim up resistor is: R trim-up =
R trim-up =
0.575kΩ x (2.5V)
the factory they learned that the 15V
- 0.332kΩ
5.5V - 5V 2.543kΩ
For this example we will use a 1.96kΩ, 1%, temperature stable, metal film resistor such as a RN55D for the trim down resistor and a 2.55kΩ, 1% temperature stable, and metal film resistor such as a RN55D for the trim up resistor. See Figure 5b for the proper connections.
PicoVerter Trimming
High Reliability/COTS
Note: The trimming ranges in Table 5b represent the guaranteed ranges given in the data sheets. On some models extended ranges have been verified and are reflected in the table. Also note that the module performance specifications only apply when the output voltage is within the guaranteed adjustment range. If your application requires a trim voltage that is outside of the range given contact the factory.
EXAMPLE: A 5V logic system needs the capability to perform margin testing. The margin limits are 4.5V and 5.5V. The required trim down resistor is:
The trimming constants for the PicoVerter modules are given in Table 5c. These constants, along with the desired output voltage are plugged into the resistor equations derived above; and repeated here for clarity:
PicoVerter module can be trimmed down to 12V and still handle the modest load requirements. The required trim down resistor is: R trim-dn =
R trim-dn =
20.77kΩ x (2.5V - 12V) 12V - 15V 65.76kΩ
For this example use a 66.5kΩ, 1%, temperature stable, metal film resistor such as a RN55D for the trim down resistor and connect it from TRIM to +SENSE.
Performance Effects of Output Trimming
Note: The trimming ranges in Table 5c represent the guaranteed ranges given in the data sheets. On some models extended ranges have been verified and are reflected in the table. Also note that the module performance specifications only apply when the output voltage is within the guaranteed adjustment range. If your application requires a trim voltage that is outside of the range given contact the factory and they will assist you. EXAMPLE: A designer has a system that uses both 12V and 15V PicoVerter modules. They would like to minimize part count and lower cost by only using one model of the PicoVerter modules. By checking with www.astrodyne.com
488
Figure 5b Circuit for NanoVerter trimming example: Voltage margining using a switch.
Several of the module performance parameters will change as the output voltage is trimmed. All specifications given in the data sheets apply over the guaranteed adjustment range. The specifications of primary concern are: efficiency, output ripple, and output OVP.
Efficiency -The efficiency of a given model will decrease as the output voltage is trimmed down and increase as the voltage is trimmed up. Output Ripple - As a percentage of
the output voltage, the output ripple will increase as the voltage is lowered and decrease as the voltage is raised.
Output OVP - The OVP set point
remains at a fixed voltage, independent of output trimming. In most cases the OVP set point is what limits the maximum trimmable
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
Do not exceed the maximum rated output power of the module when trimming the output up.
Possible Applications
conditions might also fail under conditions found in the user’s environment. Margin testing helps insure trouble-free system operation.
Obtaining non-standard output voltages -When a non-standard output
voltage is necessary, it may be available simply by trimming the output voltage of a module with an output voltage that is close to the desired voltage. Although the published data sheet limits are valid for the guaranteed adjustment range, lower output voltages are commonly available by using the trim function. Contact the factory for details.
changes could cause the converter’s trimmed output voltage to vary. Noise sensitivity - The TRIM pin is noise sensitive. External resistors (either fixed or variable) should be located within one cm of the converter. If wires are necessary, use twisted or shielded wires. Output power, output current - If the output voltage is increased, output current must be derated to avoid exceeding module maximum output power. If the output voltage is decreased, output current is limited to its maximum rating and the available output power decreases.
Eliminating the need for remote sense Output trimming can be used instead of remote sense when the load current change is limited and the voltage drop between converter and load is relatively constant.
Reducing the number of stocked models -When two output voltages are
necessary, such as 24V and 28V, one model may be able to supply both, using the trim function to set the lower voltage.
Adjustment range limits - In some cases, the output voltage can be trimmed outside the guaranteed adjustment range. However, data sheet specifications are only valid within the specified voltage range.
System testing (margining) - Often,
Precautions
Related Topics
Connect trim resistor to sense, not to output - The trim resistor(s) should be connected to the sense leads, not to the output leads or to the load. Otherwise, load current
AP-6 Remote Sensing AP-9 Trimming Paralleled Modules AP-18 Board Layout Considerations and Recommendations
it’s helpful to test system operation with the supply voltage - usually the +5V logic voltage - set first at one extreme, then at the other. Any circuitry that fails to perform properly under these manufacturers’ test
Remote Sensing The remote sense feature provides excellent regulation at the load rather than at the converter’s output terminals. It does this by sensing and regulating voltage at the load, compensating for load current IR drops across output connectors, traces and cables as well as or’ing diode forward voltage drops. The remote sense feature will compensate for voltage drops up to 0.5V or 10% of nominal output voltage, whichever is greater. If the total voltage drop between output terminals and load exceeds this amount, other design changes, such as increasing conductor size or decreasing connector resistance, must be taken. Astrodyne has also recommended diodes for or’ing applications that minimize forward voltage drop. Please see AP13 for details. Voltage drops across output series resist-
Application Note 6 ance (“IR drops”) vary with output current. If the load current stays relatively constant, Astrodyne recommends using output voltage trim instead of remote sensing. (See AP5) (Output voltage trim increases the output voltage by a fixed amount to compensate for IR drops between the module and the load; remote sense increases the output voltage dynamically to compensate for variable IR drops due to load current changes.) Voltage drops across or’ing diodes (diodes that isolate one converter’s output from another paralleled converter’s) tend to stay relatively constant with load current variations, but change with diode temperature. Astrodyne recommends using remote sense when using or’ing diodes if precise regulation is needed. www.astrodyne.com
High Reliability/COTS
voltage. As an additional note the user must pay attention to the current and power ratings when trimming the output voltage. All RO converters have a fixed current limit. As the output voltage is trimmed down the current limit set point remains constant. Therefore, in terms of output power, if the unit is trimmed down the available output power drops proportionally. Likewise, if the output is trimmed up the available power appears to go up.
Implementation The remote sense terminals must always be connected, either to the output terminals or to the load. Connect -SENSE to -OUT at the load and +SENSE to +OUT at the load as shown in Figure 6a. To reduce noise susceptibility, parallel an electrolytic capacitor and small ceramic capacitor across the remote sense terminals where they are connected to the load as shown in Figure 6a. (Tantalum may be used in lieu of electrolytic capacitors) Please refer to Table 6-1 for recommended values. Noise filter capacitors are especially helpful when the remote sense leads are over one foot long.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 489
High Reliability/COTS
Application Notes
Although available on all models, remote sense is most useful for high current (low voltage) models, where the potential IR drops are higher. Figure 6a Remote sense implementation showing the remote sense leads and filter capacitors connected at the point of load. When using traces for the remote sense connection, shield the traces by using a ground plane. (See AP18) When using wires (rather than traces) for remote sense connections, twist the wires together to reduce noise pickup, or better, use coax.
High Reliability/COTS
Table 6-1 Recommended capacitor values for reducing remote sense noise susceptibility
Precautions Improper use of the remote sense feature can introduce noise into the module’s feedback loop, resulting in output noise or oscillations. There are several ways to minimize remote sense lead noise pickup. (a) Use shielded and/or twisted leads for remote sensing. Also consider using coax cable. (b) Use noise filter capacitors connected across the remote sense leads at the load. See Figure 6a and Table 6-1 for further information. (c) Use output voltage trim to make up for IR drops instead of remote sense if the load current does not change appreciably. (See AP5) If the sense leads fail open circuit, the module output voltage will rise to the OVP set point. If there is any possibility of this situation, connect a 100Ω resistor from +OUT to +SENSE, and from -OUT to -SENSE.
Measuring Line and Load Regulation Line regulation is the module’s ability to maintain a constant output voltage as the line (input) voltage changes. Load regulation is the module’s ability to maintain a constant output voltage as the load current changes. Line and load regulation are two of the most common types of converter measurements. Although straightforward, there are some simple guidelines that will help insure accurate readings. To check the module for regulation, measure the output voltage at the sense pins (+SENSE and -SENSE). There is virtually no current flowing through the sense leads, and consequently no appreciable drop across them. Therefore, measuring at the sense pins is equivalent to measuring at the point where the sense leads are connected to the output leads.
Figure 6b -When there is a possibility of remote sense leads failing open, connect a 100Ω resistor from each SENSE terminal to its respective OUT terminal at the converter. Also shown is an optional or’ing diode used when paralleling two or more converters.
Related Topics AP-5 Output Voltage Trimming AP-7 Measuring Line and Load Regulation AP-13 Paralleling with Current Sharing and n+m Redundancy AP-18 Board Layout Considerations and Recommendations
Application Note 7
In contrast, there can be a significant voltage drop between the module’s output terminals and the load. This voltage drop, which varies with load current, can cause erroneous regulation values. The remote sense terminals should always be connected to the output either at the output terminals or at the load. (Connect -SENSE to -OUT and +SENSE to +OUT.) Line Regulation Connect a DVM to the sense terminals. Vary the input voltage from minimum to maximum. The output voltage change, as a percentage of nominal output voltage, is the line regulation. See Figure 7a.
Figure 7a Detail of line (input) regulation measurement circuit Load Regulation Connect a DVM to the sense terminals. Vary the load current from zero to maximum. The output voltage change, as a percentage of nominal output voltage, is the load regulation. See Figure 7b.
Figure 7b Detail of load regulation measurement circuit www.astrodyne.com
490
Be careful not to reverse the sense leads. If reversed, the module will be damaged. Astrodyne recommends using keyed connectors.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
Measuring Output Noise
Application Note 8
General Description Accurately measuring output noise and ripple requires a basic understanding of the high frequency nature of noise. Very often, “noise” (as commonly measured) is actually the vector sum of common- and differentialmode noise.
While the system load can be affected by differential mode noise, it is seldom affected by common mode noise. The latter is often only created in the process of measuring the former. Noise can be measured as RMS or peakto-peak. Low frequency noise with a low peak-to-average ratio is often measured as RMS. High frequency spike noise is more meaningfully measured with an oscilloscope as peak-to-peak noise. The following information pertains to measuring high frequency spike noise.
Implementation The preferred test setup includes a custom probe made from a length of RG58 A/U coaxial cable. It is connected to the oscilloscope with a BNC “T” connector, which is terminated with a 47Ω carbon composition resistor in series with a 0.68µF Z5U capacitor. The other end of the coax is left bare. See Figure 8a. Measure noise as closely as possible to the converter’s output terminals to reduce noise pickup.
Figure 8b Detail of BNC termination, showing the 47Ω carbon composition (noninductive) resistor in series with the 0.68µF Z5U capacitor.
Determine if there is any common mode noise by simultaneously contacting the probe tip and ground lead to the -OUT pin. Any scope pattern indicates common mode noise, and must be eliminated before accurate measurements can be taken. To eliminate the noise,
Figure 8c Schematic diagram of noise test setup. Using an oscilloscope probe If an oscilloscope probe must be used, it must be properly prepared for high frequency measurements. The greatest error source is usually the unshielded portion of the oscilloscope probe. Error voltages induced by magnetic radiation in the loop can easily swamp out the actual values. To reduce measurement errors, keep unshielded leads as short as possible. Prepare the probe for high frequency measurements by first removing the clip-on ground wire and the probe body fishhook adapter. Attach a special tip and ground lead assembly as shown in Figure 8d. These assemblies are available from several manufacturers:
• Wrap the oscilloscope probe lead several times around a large-diameter ferrite toroid. This will act as a balun, or common-mode inductor. It increases common mode impedance without significantly increasing differential mode impedance. • I solate the oscilloscope power source from the line voltage with an isolation transformer, or
High Reliability/COTS
Common mode noise is common to both outputs (that is, to +OUT and -OUT) with respect to chassis or earth ground. Differential mode noise is found at one output with respect to the other.
Figure 8d. Prepare oscilloscope probe for high frequency measurements by removing the ground clip and fishhook adapter. Slip on a special oscilloscope probe tip and ground lead assembly, and contact the output terminals as shown.
• Wrap the power source AC line cord several times around a large-diameter ferrite toroid. This also reduces common mode current. • Try using another oscilloscope and/or probe
Precautions Do not use the ground lead clipped to most common oscilloscope probes. The loop of wire will itself pick up high frequency radiated noise and give erroneous readings.
• Hewlett Packard • Kikusui • LeCroy Figure 8a Output noise test setup. The 47Ω resistor in series with the 0.68µF capacitor decouples the DC while terminating high frequencies with 50Ω (47Ω). The -3dB frequency is 5 kHz.
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 491
High Reliability/COTS
Application Notes
Thermal Considerations for High Density DC Modules General Description Thermal management is an important part of the system design process. The superior designs of RO’s modules make thermal management relatively easy. Their high conversion efficiency minimizes the necessary cooling while their small package sizes with large thermal interfaces allow simultaneous reductions in system size and cost along with substantial improvements in reliability. This application note presents some guidelines for good thermal design of systems using RO converters.
Module Losses
High Reliability/COTS
AC/DC and DC/DC modules convert power from an input source into regulated power suitable for the given application. While RO’s conversion efficiencies are high, they are not perfect, and some of the input power is lost as heat in the module; which can be calculated from the following equations:
This equation is derived from the definition of efficiency:
The very first step in all thermal management designs is to estimate the worst case power dissipation. This can be estimated from the module efficiency graphs given in the catalog; or for conditions not covered by the graphs, it can be directly measured.
from the baseplate to the ambient air, and the ambient air temperature. The interface resistance can be minimized
1) Convection: The transfer of energy through a liquid or gaseous media. 2) C onduction: The transfer of energy through a solid media. 3) R adiation: The transfer of energy between masses at different temperatures via predominantly infrared wavelengths. While all three transfer mechanisms will be present in every application, convection is the dominant means of heat transfer in most. However, some consideration should be given to all three transfer means to ensure the cooling design is successful.
Baseplate to Heat Sink Interface In many applications, heat will be conducted from the module to a heat sink, which is then cooled via one of the three mechanisms mentioned above. The interface between the heat sink and the baseplate can be modeled as a “thermal resistance” in series with the dissipated power flow. The temperature differential across the interface can be considerable if appropriate measures are not taken. These measures include controlling the flatness of the two surfaces and using a filler material such as thermal compound or Grafoil®. With proper care, the thermal resistance across the interface can be less than 0.8 °C in²/Watt; which for a 3.6” x 2.4” module is less than 0.09°C/Watt. (Grafoil is a registered trademark of the Union Carbide Company.)
Heat Removal
Convection Cooling
Mechanisms of Transfer
Convection cooling is by far the most popular form of cooling used. In a convection cooled system the heat energy is transferred from the module to a nearby body of air either by direct contact or via a heat sink attached to the module baseplate. The thermal model for convection cooling is shown in Figure 10a. The baseplate temperature depends on the internal power dissipation, the total thermal resistance
Heat is removed from RO converters through the module’s baseplate. The baseplate is thermally coupled to and electrically isolated from all internal components. The goal of good thermal design is to transfer heat from the baseplate to the outside world; thereby keeping the baseplate temperature below the maximum rating. 492
Heat energy is transferred from warm objects to cold objects by three fundamental means:
Application Note 10
www.astrodyne.com
Figure 10a Thermal model for convection cooled systems. As discussed previously. The heat sinkto-air resistance is dependent on a variety of factors including heat sink material, geometry, and surface finish; as well as air temperature, air density, and air flow rate. Fortunately, thermal resistance data is available for a very wide range of standard heat sinks (from RO, Aavid, Thermaloy, and others) for use in convection cooled applications. Convection cooling is usually classified into two types: natural convection, and forced air convection. Natural convection, also referred to as free air convection, operates on the principle that air becomes less dense and rises when it is heated. Cooler more dense air then moves in to take its place and remove additional heat. Free air convection only works well when there is an unobstructed path for the air to flow. Since the hot air rises vertically the module and heat sink fins must be properly oriented in the vertical direction to maximize airflow. The advantages of free air convection cooling over forced air cooling include a lower implementation cost (no fans), and higher cooling system reliability. The heat sink volume, however, will have to be larger to achieve the same baseplate temperature as with forced air convection.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
The process for selecting natural convection and forced convection heat sinks are essentially the same. For forced air systems, however, a fan must also be selected to create the required airflow, and the airflow must be channeled so that maximum cooling is achieved. To calculate the required heat sinking: 1. Determine the worst case power to be dissipated. This should be based upon converter efficiency and worst-case converter power output using the formula given in the section on Module Losses. 2. Determine the thermal resistance from the module to the heat sink. An estimate of 1°C•in²/Watt should provide adequate safety margin. For more accuracy, experimentally measure the interface resistance for your application. 3. Determine the required thermal resistance from the heat sink to the ambient air. Referencing Figure 10a, we can derive the following formula for heat sinkto-ambient thermal resistance:
= = PMOD =
Maximum acceptable Heat sink-to-ambient thermal resistance.
Thermal resistance of the interface between the heat sink and the baseplate determined in step B
TA =
Module power dissipation, determined in step 1
When designing the cooling system keep the following in mind:
TB =
Worst case anticipated operating ambient air temperature
• Heat sink data for natural convection is almost always given for vertical fin orientation. Orienting the fins in any other direction will impede the airflow and degrade the cooling effectiveness significantly. If you can’t use the preferred orientation then get relevant heat sink performance data from the manufacturer.
Maximum desired baseplate temperature, up to 100°C.
4. For forced air systems estimate the airflow through the heat sink. This is a nontrivial task and is some-what iterative with step 5 because the heat sink selected will create back-pressure and will affect the airflow. To convert CFM fan data to LFM use the following formula:
(Keep in mind that only the air that flows between the fins contributes to the cooling of the module.) 5. Select a heat sink that meets the thermal resistance, cost, and physical dimension constraints. Keep in mind that every degree that the baseplate temperature is lowered results in significant improvements in the module reliability. You should therefore select the heat sink with the lowest possible thermal resistance within your constraints. Table 10a shows the thermal resistance of RO’s heat sinks. Alternatively, steps 4 and 5 can be done in the opposite order if your heat sink constraints are more severe than your fan constraints, i.e. you can select the heat sink first, and then pick a fan to get the necessary airflow. 6. Estimate the baseplate temperature using the following formula:
where:
7. Verify the design via measurement. This is the most important step in the design process. www.astrodyne.com
• Natural convection depends on air movement caused by air density changes. The manufacturer’s thermal resistance data depends on unobstructed air movement in-between and around the fins. If the air movement will be blocked or otherwise affected by the packaging then a larger heat sink may be required. In extreme cases, natural convection cooling may not be useable. • Radiation cooling can be a significant contributor to natural convection cooled systems. Maximize radiation cooling by using an appropriate finish on the heat sink, such as black anodize.
High Reliability/COTS
Forced air convection can make a big difference in cooling effectiveness. With a suitable heat sink, the heat sink-to-air thermal resistance can be improved by as much as an order of magnitude when compared to natural convection performance. Forced air implies the use of fans. In many applications, fans must be used to achieve some desired combination of overall system reliability and packaging density. In other applications, however, fans can’t be considered because “dirty” environments require filters which must be changed regularly to maintain cooling efficiency. Neglecting to change a filter or a failure of the fan may cause the system to shut down.
• It is not necessary for the heat sink to be the same size as the baseplate. Heat sinks that are larger than the baseplate can often be used advantageously. Especially in applications where the fin height may be limited. When using heat sinks that are larger than the baseplate, select one that has a thick base for better conduction to the outer fins and derate the manufacturer’s thermal resistance slightly. • Several modules can be mounted to a common heat sink, but cooling calculations must now take into account the total power dissipation of all the modules. Give consideration to the possibility of localized overheating if the power dissipation isn’t uniformly distributed.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
493
High Reliability/COTS
Application Notes
Tips on Module Placement Here are some tips to consider when laying out the system and placing the modules on the PWB: • Always ensure that the module and heat sink interfacing surfaces are flat, smooth, clean, and free of debris. • Always use a void filling material such as thermal compound, thermal pads, or some other thermally conductive, conformable or malleable material. RO offers precut thermal pads made from GRAFOIL® material. Note: thermal pads are pre-installed on all heat sinks purchased from RO. • Stagger the modules on the PWB to promote good airflow, to minimize thermal interaction between modules, and to facilitate even heat distribution. • Avoid blocking the airflow to the modules with other components.
High Reliability/COTS
• Use a heat sink with the fins running in the direction of the airflow. For natural convection systems the air will flow upward in a vertical direction.
Thermal Equation Summary Maximum Baseplate Temperature:
Efficiency:
Module Power Dissipation:
From the catalog we see that the RO 2005 heat sink has a thermal resistance of 1.0° C/W with 400LFM of airflow. The resulting design will operate at a base-plate temperature of:
Max. Heat Sink Impedance:
Precautions
Max. Output Power: POUT =
Observe Max. Temperature Ratings
TB – TA
-While the modules will protect themselves if the maximum baseplate temperature rating is exceeded, operating above the rating for extended periods of time can reduce the reliability of the module.
Baseplate Temperature:
Don’t compress PC Board Material -
Examples A µV48-5 module is being operated with 30A of load current in an ambient of 30°C. From the efficiency graph in the catalog it has an efficiency of 82%. The module’s losses are then:
Related Topics The desired baseplate temperature is 75°C and a conservative estimate of the interface thermal resistance is 0.2°C/W. We therefore need a heat sink with a thermal resistance of:
PFC Load Restrictions During Startup
Astrodyne’s UniVerter® series of PFC modules utilize fold-back current limiting to safely and quickly start-up into large capacitive loads. Non-capacitive loads can prevent the PFC from starting properly by drawing DC current in excess of the PFC’s folded-back current limit at lower output voltages. To prevent this, the PFC modules
AP-18 Board Layout Considerations and Recommendations AP-19 Hole Dimensions and Socket Information
Application Note 23
have a load enable circuit that disables the load until the PFC can supply the rated current. The load enable must be used in all applications having non-capacitive loads.
Implementation The PFC load enable circuit interfaces with the on/off control input of the load. It is designed for loads that are disabled when the control input is pulled low with respect www.astrodyne.com
494
AP-2 Mechanical Mounting Considerations
AP-22 Accessories
Airflow:
General Description
Don’t allow the mounting screws for the modules to exert compressive force on the PWB. The PWB material, typically G-10 or FR-4, will cold flow away from the screw and release the screw tension. The result can be a loss of heat sinking. See application note 19, Hole Dimensions and Socket Information, for further information.
to the -OUT pin of the PFC. Other loads loads may require some interface or “glue” circuitry to work properly with the PFC. On turn-on the LD ENA pin is active low, referenced to the -OUT pin of the PFC, until the PFC output rises above 345VDC. It then becomes an open drain. On turn-off the LD ENA pin remains an open drain until the output drops below 220VDC. The
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
up to the diode. More advanced module configurations (such as the multi-PFC, multi-module system shown in AP24) can be accommodated as well using similar techniques.
The following sections describe the recommended connections to interface the LD ENA pin to various types of loads including MicroVerter®, NanoVerter®, and PicoVerter® modules as well as resistive loads and other miscellaneous loads. *Note that only the connections and components for the LD ENA function are shown. Other connections and components, such as the holdup capacitors, are not shown except where required for clarity.
MicroVerter Modules The MicroVerter modules have a multifunction control pin, the PARALLEL-ON/OFF pin that provides an on/off control function as well as a paralleling interface. The on/off control function turns the module off if the control pin is pulled below 1V. In a simple PFC system with one MicroVerter module for the load, the LD ENA pin of the PFC can be directly connected to the PARALLELON/ OFF pin of the MicroVerter module as shown in Figure 23a. As the PARALLELON/ OFF pin is somewhat noise sensitive this connection should be shielded (connect the shield to the -IN of the load module).
When the load is more complex and includes multiple MicroVerter modules the PARALLEL-ON/ OFF pins must be isolated from each other to prevent unwanted interactions. This includes paralleled MicroVerter systems where the parallel pins are connected together through a disconnect circuit such as the PDM. An example of such a system is shown in Figure 23b. Again, the connection to the PARALLELON/ OFF pin should be shielded, at least
Verter modules are on when the ON/ OFF pin is high, or open; and off when it is low (pulled to -SENSE.). Loads with multiple NanoVerter modules can connect the ON/ OFF pins directly together. To minimize interaction between the modules a single 20k to 100k pull-up resistor from the ON/ OFF bus to one of the PV pins should be added. The pull-up resistor is optional for single NanoVerter module loads.
PicoVerter Modules The PicoVerter series of modules has an ON/ OFF pin that functions in a manner similar to the on-off function of the MicroVerter PARALLEL-ON/ OFF pin. When the ON/ OFF pin is pulled high, or left open the module is operational; and when the ON/ OFF pin is pulled low to the -IN pin the module is off. The PicoVerter modules can therefore interface directly to the PFC load enable circuit as shown in Figure 23c. Loads with multiple PicoVerter modules can connect the ON/ OFF pins directly together. To minimize interaction between the modules a 20k to 100k pull-up resistor from the LDENA pin to the Vaux pin should be added. The pull-up resistor is optional for single PicoVerter module loads.
Resistive Loads Resistive loads that draw more than 20mA at nominal PFC voltages will require some sort of a switch element to disconnect the load during startup. Relays or MOSFETs are practical implementations for the switch element. Figure 23e shows one possible approach. Standard precautions must be observed to prevent any stray or load inductance from creating a potentially damaging voltage spike during turn-off of the load.
NanoVerter Modules
Other Loads
The NanoVerter series of modules PicoVerter has an ON/ OFF control that is referenced to the output of the module. In systems where safety isolation between the DC output and the AC input is required an isolation element such as an opto-coupler will be necessary. Figure 23d shows the recommended circuit to interface the PFC LD ENA pin to the NanoVerter ON/ OFF pin. As with the PicoVerter series, the Nano-
Other loads, such as custom DC-DC converters, will require some sort of an on/off or enable function to work properly with the PFC modules. Loads with input referenced on/off or enable pins can either interface directly with the PFC or with a logic inverter. Loads with an output referenced on/off or enable pin will require an opto-isolator. Loads without an on/off
www.astrodyne.com
High Reliability/COTS
LD ENA pin is capable of sinking up to 90mA continuously and has a maximum voltage rating of 60V with respect to the -OUT pin of the PFC. Its active low voltage is less than 0.3V when sinking 10mA.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 495
High Reliability/COTS
Application Notes
or enable function will require some sort of a switch element. Figure 23f through Figure 23i show some common interface circuits.
Possible Applications AC front end for 300V input DC-DC Converters - The PFC module converts AC to 380V to drive the 300V input DC-DC converters.
Power Factor Correction - The PFC provides power factor correction to meet the harmonic distortion requirements of IEC1000-3-2. The PFC can be used to provide power factor correction for switching power supplies. Universal Input - The PFC-600 can pro-
vide universal AC input from 85-265VAC for DC-DC converters or for switching power supplies.
Custom Power Supplies - The PFC can
be used in conjunction with a variety of DC-DC converter output modules to create a custom power supply with a very short design time.
High Reliability/COTS
Precautions Hazardous Voltages - When implement-
ing the PFC there may be exposed AC input voltage and exposed 380VDC voltage. Care should be taken to provide insulation, protective covers, and warning labels.
Control Spikes of Switched Loads -
Switched loads can generate significant voltage spikes when turned off. Clamps, controlled turn-off slew rates, or snubbers may be necessary to limit voltage spikes to
Power Factor Correction (PFC) Modules
496
Hold Up Cap - A hold up cap must be
used on the load side of the PFC to provide an acceptable ripple voltage for the DC-DC converters and to provide hold up time during power outages.
Protection of the PARALLEL ON/OFF Signal - The PARALLEL ON/ OFF pin(s) of
the MicroVerter modules must be protected from transients and noise. Shield wires and traces to keep noise off of the parallel pin(s) and use a Zener diode from each PARALEL ON/OFF pin to -IN. A coax cable with the shield tied to -IN of the modules or a separate layer of a multi-layer PC board will provide adequate shielding. See AP-13 for further information.
Fuse the Input - The PFC must have an 8A, 250VAC fuse between the AC source and the PFC. Most output modules also require an individual fuse for each module. See the data sheet of the modules that you are using for fusing requirements.
Related Topics
AP-13 Paralleling with Current Sharing and n+m Redundancy AP-24 Power Factor Correction (PFC) Modules
Application Note 24C
General Description
PFC Operation and Features
The PFC Modules are power factor corrected AC-DC converters. They accept a wide range AC input and convert it to 380VDC output. This conversion is made with the constraint that the input power factor must be near unity. Unity power factor requires that the instantaneous input current be proportional to the instantaneous input voltage. In other words, the PFC module looks like a resistive load to the AC power source. The PFC modules allow designers to meet the European power factor regulations set forth in the IEC Specification IEC 1000-3-2.
This application note discusses PFC operation and features, basic PFC application, and multiple PFC systems. It also touches lightly on some possible applications as well as some precautions that should be observed when designing with and using PFC modules. The PFC modules incorporate a 140kHz boost converter with a solid state switch for active inrush and short circuit current limiting (See Figure 24a). The boost topology was chosen, in part, because its output voltage is higher than its input voltage. Therewww.astrodyne.com
safe levels. Voltage spikes can damage the switch, the load, or even the PFC module.
fore, if the output voltage is high enough to operate off the highest utility (input) voltage, the module can then operate from any utility voltage. The highest utility voltage is 264 VAC which has a peak voltage of 373V. For the PFC module to have a truly “universal” input range, the regulated output voltage must be higher than 373V. RO PFC modules meet this requirement with a nominal output voltage of 380V. There are two characteristics of the boost topology DC-to-DC converter that significantly affect the PFC module design.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
will resume operation. The module does not clamp the output and can’t prevent external events from driving the output above the OVP level. The over-temperature protection (OTP) circuits monitor the baseplate temperatures internal to the module. If the baseplate temperature exceeds 105°C the module will shut down. Hysteresis in the OTP circuit forces the module to cool down slightly before automatically restarting.
Basic PFC Applications NOTE: THE PFC MODULE REQUIRES THE USE OF A HOLD-UP CAPACITOR AND THE LOAD ENABLE SIGNAL FOR PROPER OPERATION. AN EMI FILTER IS ALSO RECOMMENDED. SEE THE TEXT FOR FURTHER INFORMATION.
Figure 24a A Simplified PFC Diagram showing the three main sections of the PFC.
The system block diagram shown in Figure 24b is a typical application of the PFC module. Input protection circuits, which are usually required, are not shown.
Do not connect the output or status pins to earth ground either intentionally or accidentally (e.g. with a scope probe ground lead) unless proper precautions have been taken. Consider using an isolation transformer for testing purposes. The second characteristic of boost converters is that they are not inherently short circuit protected or current limited. Astrodyne has added a solid state series switch in the output stage of the PFC module (See Figure 24a) to protect the module and load from high surge currents at turn-on. The series switch also protects the module from excessive current due to a shorted or malfunctioning load. When active, the short circuit protection switch pulses the output to keep the current within acceptable limits. To protect the series switch from excessive dissipation a fold-back current limit is used. In addition to short-circuit protection the PFC modules have over-voltage protection and over- temperature protection. The over-voltage protection (OVP) circuits protect the load by shutting down the module if the output exceeds 415V. Once the output drops back down below 415V the module
Fusing The AC power source must be fused; either on the system board, as shown in Figure 24b, or at the power source. An 8A, 250VAC, AGC type line fuse is recommended for the PFC-600 and PFC-1000 modules. If you are relying on the power source fuse it must be rated at 8A or less. Systems with multiple PFC modules must use an individual fuse for each module.
EMI Filter An input EMI filter is required to meet conducted emission specifications such as CISPR 22 and FCC. The filter protects the external world and the PFC module from each other’s noise. It also presents a low AC source impedance to the PFC module. For safety and improved performance the case of the EMI filter should be earthed. A 6A, 250VAC filter is required for full power www.astrodyne.com
operation over the specified PFC module input range. As a rough estimate, the volume of the filter will be two to three times the volume of the PFC module. Systems that don’t require the full power capability and/ or the full voltage range of the PFC module can use smaller filters. RO’s PFC line filter, the HH1199-6, is designed for use with either the PFC-600 or the PFC-1000 modules. Other commercially available EMI filters such as the CORCOM’s EQ and EU series are also suitable depending on the level of conducted emissions the user is required to meet. The PFC modules have been verified to meet CISPR 22, level B emissions requirements with the HH1199-6 filter. EMI performance was tested with the filter and module mounted on RO’s EB-PFC-24P evaluation board using a resistive load. The board and the load were placed in a shielded enclosure to minimize the possibility of radiated noise bypassing the EMI filter. CORCOM claims that both their 6EUP line filter and their 6EQ1 line filter also allow the module to meet CISPR 22 level B emissions requirements. The 6EQ1, however, requires an additional 1µF line-to-line capacitor at the PFC input. CORCOM tested their line filters using a modified EB-PFC-24P evaluation board. Note: The EB-PFC-24P evaluation board uses a design trick to help minimize the conducted emissions.
High Reliability/COTS
and application. The first characteristic is that the output is not isolated from the input. Therefore the high voltage bus is considered to be a “primary circuit” by the safety agencies. All of the safety regulations that apply to primary circuits also apply to the outputs and status signals of the PFC module. It also means that grounded instruments, such as an oscilloscope, can’t be connected to the module’s pins unless isolation is added to the system.
The EMI filter used should have at least 0.33µF of capacitance on its output (the PFC module side) in order to ensure that it presents low source impedance to the PFC module at the switching frequency of the module. If the EMI filter does not have sufficient capacitance, or if the EMI filter is remotely located, an agency recognized X capacitor should be added across the line at the input of the PFC module.
Input Protection The PFC has no internal protection against transients or spikes on the input of the
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
497
High Reliability/COTS
Application Notes
module. The designer must therefore add adequate protection externally to the module. Astrodyne recommends a twoprong approach that involves secondary and board levels of protection. (Primary protection is usually done at the building’s AC panel or service entry point and is not discussed here.) Secondary protection is placed on the line side of the EMI filter and consists of gas tubes or MOVs. It is intended to shunt high energy transients to ground before they reach the module. As there can be significant currents flowing through these devices they should be located close to the input connector to minimize inductive loop area and radiation effects.
High Reliability/COTS
For additional spike suppression, install board level protection (MOVs or TVS diodes) on the load side of the EMI filter. Board level protection is intended to shunt the energy that gets past the secondary protection to ground. The high AC impedance of the EMI filter will limit the current that flows through the board level protection devices. The input protection circuits should be designed to keep the maximum voltage applied to the PFC modules below 500V.
Holdup Capacitors The PFC modules require holdup capacitors for proper operation. The amount of holdup capacitance across the output of the PFC module is selected based on the required holdup time and the desired output ripple. Any amount of capacitance may be placed on the output with the following limitations: The minimum capacitance for Vin > 150VAC is 220µF. The minimum capacitance for Vin < 150VAC is 100µF. While there are no known limitations on the maximum holdup capacitance the designer should be aware that the startup time increases with increasing capacitance values. The holdup time is the duration that the supply must be capable of running without any input power. A typical range of holdup times is 20ms to 50ms. The required capacitance is calculated by balancing the energy lost by the capacitor with the
498
energy used by the load (including the DCto-DC converter losses).
Where: • C is the required holdup capacitance in Farads • P is the load power (including the DC-to-DC converter losses) in Watts is the holdup time in seconds • V1 is the output voltage of the PFC in Volts • V2 is the minimum input voltage of the DC-to-DC converters in Volts The PFC output ripple is usually not a high priority for system designers. However, in low noise applications the ripple might be important. The post converters will typically attenuate the 120Hz (f is 2 times the line frequency) output ripple of the PFC by 60dB, or a factor of 1000. This means that a system with 12V of PFC ripple will have 12mV of 120Hz output ripple in addition to the normal ripple of the post converters. Figure 24c shows the typical PFC output ripple versus holdup capacitance and load power. This data applies to 120VAC line voltage. 220VAC systems will have slightly higher ripple.
The load enable must be used in all applications. The PFC load enable circuit interfaces with the on/ off control input of the load. It is designed for loads that are disabled when the control input is pulled low with respect to the -OUT pin of the PFC. Other loads may require some interface or “glue” circuitry to work properly with the PFC. AP-23 provides more information. On turnon, the LD ENA pin is active low until the PFC output rises above 345VDC. It then becomes an open drain. On turn-off the LD ENA pin remains an open drain until the output drops below 220VDC. The LD ENA pin is capable of sinking up to 90mA continuously and has a maximum voltage rating of 60V with respect to the -OUT pin of the PFC. Its active low voltage is less than 0.3V when sinking 10mA. In systems using MicroVerter modules the load enable connection to the parallel pin must either be shielded or diode isolated to prevent noise from affecting the operation of the module(s). A coax cable can be used with the shield tied to the -Vin of the modules. In a PC board layout this connection can be shielded by using a separate layer and placing the -Vin connection of the modules between it and the modules. An example of diode isolation is shown in Figure 24f.
When selecting capacitors to provide the required holdup capacitance, pay attention to the ripple current rating of the capacitors. Figure 24d shows the typical ripple current that the holdup capacitor (or capacitor bank) will see. Also pay attention to the voltage rating of the capacitors, and the minimum capacitance over the operating temperature range of the supply. Most capacitors, especially electrolyics, will lose a significant percentage of their capacity at low temperatures.
Load Enable Signal The PFC modules utilize fold-back current limiting to safely and quickly start-up into large capacitive loads. Since noncapacitive loads can prevent the PFC from starting properly, the PFC modules have a load enable circuit that disables the load until the PFC can supply the rated current. www.astrodyne.com
Do not use a pull up resistor on the load enable signal if it is directly connected to the parallel pin of MicroVerter converters. Applying a voltage >6V to the parallel pin of the μV300 series of DC-DC converters will damage the modules.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
High Reliability/COTS
Application Notes
DC OK Signal The DC OK signal monitors the 380VDC output of the PFC and provides a power fail warning that the DC output or AC input is going away. On turn-on the DC OK pin is active low until the PFC output rises above 360VDC. It then becomes an open drain. On turn-off the LD ENA pin remains an open drain until the output drops below 350VDC. The DC OK pin is capable of sinking up to 90mA continuously and has a maximum voltage rating of 60V with respect to the -OUT pin of the PFC. Its active low voltage is less than 0.3V when sinking 10mA.
Vaux Output The Vaux output is a 14V, 10mA max. auxiliary output referenced to the -OUT of the PFC. It is intended to be used as a bias supply for pull-up resistors and opto-isolators associated with the LD ENA and DC OK signals. The Vaux supply is powered by the switching action of the PFC’s main boost circuit (See Figure 24a). Because of this the supply may exhibit significant 120Hz (with a 60Hz line) ripple during normal operation and may even drop-out when the main output is unloaded. Astrodyne recommends a hold-up capacitor on the Vaux pin to minimize any problems resulting from this behavior. A typical Vaux hold-up capacitor is a 47μF, 25V electrolytic. The Vaux output is short circuit protected.
Multiple PFC Systems When multiple PFC modules are used to drive paralleled MicroVerter modules the bridge rectifiers in the PFC modules will not share current equally. This is because the
paralleled MicroVerter modules require that their -IN pins be tied together. When the PFC modules are connected to both the -IN buss of the MicroVerter modules and the AC input bus the lower diodes in the rectifier bridges are effectively in parallel. Figure 24e shows a simplified diagram of the resulting circuit. In an ideal diode, the diode current is an exponential function of the applied voltage and diode threshold voltage as shown in the following equation.
When diodes are paralleled, small differences in VkT will result in large differences in diode currents. The end result is that almost all of the return current from the MicroVerter modules will flow through one of the PFC modules.
Possible Applications AC front end for 300V input DC-DC Converters -The PFC module converts AC to 380V to drive the 300V input DC-DC converters.
Power Factor Correction - The PFC provides power factor correction to meet the harmonic distortion requirements of IEC1000-3-2. The PFC can be used to provide power factor correction for switching power supplies Universal Input - The PFC-600 can provide universal AC input from 85-265VAC for DC-DC converters or for switching power supplies. Custom Power Supplies - The PFC can be used in conjunction with a variety of DC-DC converter output modules to create a custom power supply with a very short design time.
Precautions Hazardous Voltages - When implement-
ing the PFC there may be exposed AC input voltage and exposed 380VDC voltage. Care should be taken to provide insulation, protective covers, and warning labels.
PFC module is not isolated - The output
Figure 24f shows a simple, cost effective technique of forcing the paralleled PFC rectifiers to properly share the return current. This approach places a resistor, Rs, in series with the output return pin of each PFC module. The resistor improves the current sharing by reducing the sensitivity of the diode current to differences in VkT. The recommended parameters for Rs are 0.25Ω, 1W. The approach shown in Figure 24f ensures PFC module load sharing by connecting the same number of output modules to each PFC module. The fact that the output modules are load sharing will force the PFC modules to load share. This approach can even be extended to provide N+1 redundancy. www.astrodyne.com
of the PFC module is not electrically isolated from the input. Do not connect the output or status pins to earth ground either intentionally or accidentally (e.g. with a scope probe ground lead) unless proper precautions have been taken. Consider using an isolation transformer for testing purposes.
High Reliability/COTS
Additional information on interfacing with the Load Enable signal can be found in AP-23
EMI Filter - An EMI filter is recommended on the line side of the PFC module to filter the 140KHZ switching of the PFC boost converter.
Hold Up Cap - A hold up cap must be
used on the load side of the PFC for proper operation. The hold¬up capacitor maintains an acceptable ripple voltage for the load and provides hold up time during power outages.
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
499
High Reliability/COTS
Application Notes
Shielding of the Load Enable Signal -
The connection between the load enable signal and the parallel on/off pin(s) of the MicroVerter DC-DC converters must be shielded or diode isolated to keep noise off of the parallel pin(s). A coax cable with the shield tied to -Vin of the DC-DC modules or a separate layer of a multi-layer PC board will provide adequate shielding.
Fuse the Input - The supply should have an 8A, 250VAC fuse between the AC source and the PFC module.
and n+m Redundancy AP-18 Board Layout Considerations
Related Topics
AP-19 Hole Dimensions and Socket Information
AP-3 Input Ripple Measurement and Filtering
AP-23 PFC Load Restrictions during Startup
AP-13 Paralleling with Current Sharing
High Reliability/COTS Figure 24f a simple, cost effective approach to a multiple PFC system
www.astrodyne.com 500
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
SMV-28-500 series 500 Watt, High Efficiency, AC/DC Power Module Miniature 4.59” x 2.4” x 0.5.” Size
Over Voltage Protection
High Power Density up to 90.78W/ Inch ³
Current Limit/Short Circuit Protection
High Typical Efficiency of 88.5% at 230VAC
Adjustable Output Voltage 60-120% of Vo, Set
Low Output Noise
Remote Sense
Metal Baseplate
Power On Signal (ENA) Open Collector (10mA sink current). Low (ON) when output is present
Thermal Protection
Output Specifications
MTBF Weight Dimensions
TBD TBD 4.59” x 0.5” x 2.4” (116.8 x 12.7 x 61mm)
Output Voltage & Current See Model Selection Chart PG. 1 Output Set Point See Model Selection Chart PG. 1 Output Voltage Adjustment Range 16.8-33.6VDC @ FL Load Regulation 56mV typ. NL-FL Line Regulation 56mV typ. HL-LL Ripple/Noise p-p max. (Note 1) 280mV Dynamic Response (Note 6) 25% - 50% - 75% Load Peak Deviation: 3% Vo, set Settling Time 300uS Current Limit (Note 2) 105-140% of Rated Load Over Voltage Protection 125-145% Vo, set, Io=0.5A, clamp Over Temperature Protection Shutdown: 110°C typ. Auto Recovery: 90°C min. Efficiency (Tb=°C) 86.5% @ 110 Vin, FL 88.5% @ 230Vin, FL See Fig. 4 EFFICIENCY CURVE
Input Specifications Input Operation Voltage: Input Frequency Input Current FL @ 100 Vin, FL Inrush Current (Note 3)
85-265 VAC 47-63 Hz 6.2A 40A @ 265VAC
Isolation Specifications Input-Output Input-Case Output-Case Input-Output Capacitance Isolation Resistance
3000VAC, 60S 2500VAC, 60S 1500VDC, 60S 2000pF 100MΩ @ Tb=25°C & 70%RH Output to Baseplate-500VDC
High Reliability/COTS
General Specifications
Control Specifications Turn-on Time Trim Adjustment Range
Notes 1.2.Bandwidth 5Hz to 20MHz and with filter 4.7nF MLCC series 50Ω min. Output Capacitor: 470uF*2, TC≥ -20°C, 470uF*4, TC≤ -20°C. 2. Current Limit inception point Vo=90% of Vo, set @ Tb-25°C; Auto recovery. 3. Turn on @ 265Vin, External Components are needed for operation. 4. Sine Wave, 10-55Hz (Sweep for 1 min.), Amplitude 0.825mm Constant (Max. 0.5g) X, Y. Z 1 Hour each, at No Operation 5. Temperature measurement shall be taken from the baseplate (Tb). 6. 0.1A/uS; with cap 940uF/35V, Tb=25°C, Vin=200VAC
3S max., 90% Vo, set, FL 60-120% with Cap. 940uF/35V, Tb=25°C See Fig. 1 TRIM CiRCUIT
Absolute Maximum Ratings (Min to Max) Input Voltage (AC(L) to AC(N) Power Factor Correction Storage Temperature Storage Humidity Operating Temperature (Note 5) Operating Humidity Output Power
300 VAC with No Damage 0.95 min HL-LL and Full Load -55 to +125°C 10 to 95% -40 to 100°C 20 to 95% 500 Watts
Model Number
Output Voltage
Output Input Range Max, lin FL Amps
Efficiency O/P Set (Tb=25°C) Point
SMV-28-500
28 VDC
18
88.5%
85-265 VAC
www.astrodyne.com
6.2A
27.44-28.56VDC
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 501
SMV-28-500 series 500 Watt, High Efficiency, AC/DC Power Module
Trim Circuit
TRIM CIRCUIT: Output Voltage Adjusted by using external resistor and/or variable resistor:
R=33Kohm and VR=20Kohm for 60% to 120% of Vo,set OUTLINE DRAWING: Outline Drawing Fig1 The schematic of output voltage adjusted by using external resistor and/or variable resistor.
High Reliability/COTS 502
www.astrodyne.com )LJ 2XWOLQH GUDZLQJ USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
PFC series 375-1000 Watts 85-265VAC Input 3/4” & Full Brick Power Factor 600, 650 & 1000 Watts
Very Low Harmonic Distortion
UL/CSA/TUV/CE MARK
Auxiliary Supply
Meets European EN55022 Emissions when used with HH-1199-6 EMI Filter
Power Fail Warning Via DC OK Signal
Unity Power Factor
Load Enable Signal to Control DC-DC Converters
High Efficiency
Very Low Thermal Resistance
Active Inrush Limiting and Short Circuit Protection
Superior Thermal Design
Power Input Range Input Frequency Power Factor Harmonic Distortion Output Voltage Efficiency Inrush Limiting Short Circuit Protection Thermal Protection Auxiliary Supply DC OK Signal Load Enable Operating Temp. Overvoltage Protection Safety Thermal Resistance : (Case To Ambient) Isolation: Input-Output Input/Output-Case
PFC-600
PFC-650 PFC-1000
600 W 650 W Derate output power linearly below 105 VAC from 600W at 105 VAC to 400W at 85 VAC 85-265 VAC 47-63 Hz (operation up to 440Hz is available with reduced specifications) .99 .99 <5% (conforming to IEC 1000-3-2) 380 VDC 380 VDC 90/94 % (120/240 VAC) typical 94% (115 VAC) <15 A peak typical Trip point 1.8 A (Shutdown, automatic recovery after removal of short) 105-110°C (Shutdown, automatic recovery) 14 V @ 10 mA Provides power fail warning when output drops below 355VDC Direct interface with MicroVerter, MegaVerter and PicoVerter DC-DC Converter logic on/off pin -40 to +100°C Case -40 to +100°C Case 415 VDC non-shutdown UL1950, CSA22.2-234-M90, UL1950, CSA22.2-234-M90, EN 60950 EN 60950
1000W Derate output power linearly below 205 VAC from 1000W at 205 VAC to 750W at 170 VAC 170-265 VAC 47-63 Hz (operation up to 440Hz is available with reduced specifications) .99 <5% (conforming to IEC 1000-3-2) 380 VDC 94 % (240 VAC input) 30 A (max) 2.8 A (Shutdown, automatic recovery after removal of short) 105-110°C (Shutdown, automatic recovery) 14 V, @10 mA Provides power fail warning when output drops below 355VDC Direct interface with MicroVerter MegaVerter and PicoVerter DC-DC Converter logic on/off pin -40 to +100°C Case 415 VDC non-shutdown UL1950, CSA22.2-234-M90, UL1950, CSA22.2-234-M90, EN 60950 EN 60950
High Reliability/COTS
100°C Baseplate Operation
3.3°C/W 3.3°C/W Non-isolated Non-isolated 2500 VDC 2500 VDC
Model Number
Input Voltage
Output Voltage
Output Power
PFC-600 PFC-650 PFC-1000
85-265VAC 85-265VAC 170-265VAC
380VDC 375VDC 380VDC
600 Watts 650 Watts 1000 Watts
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 503
PV300 PicoVerter® series 40-60 Watt 300VDC Input 1/2 Brick Miniature Size - Low Profile .42”
Constant Frequency Operation
High Efficiency
Non Shutdown Over-voltage Protection
Low Cost
Login ON/OFF
Industry Standard Pin-out
Fully Automated Manufacturing
Low Thermal Resistance
UL/CSA/TUV/CE Mark
100°C Baseplate Operation
Input Output
Input Voltage
Min
Typical
Max
220VDC
300VDC
400VDC
High Reliability/COTS
Input Reflected Ripple
10%
Set Point Accuracy
±0.5%
±1%
Full load
Load Regulation
0.1%
0.2%
0-Full load
Line Regulation
0.1%
0.2%
220-400VDC
Ripple
1%
3%
0-20MHz
115%
130%
Trim Range
±10%
Remote Sense Compensation
0.5V Total
OVP (Non-shutdown auto. recovery)
110%
Short Circuit Current
Full load, nominal line
130%
Transient Response: Excursion
2%
Recovery Time
50 µs
(20-80% Full load, 0.5 A/ µ s) 200µs
Temperature Drift
Isolation
Thermal
Input to Output
4500VDC
Input to Case
2500VDC
Output to Case
500VDC
Operating Temperature
-40°C case
Automatic Shutdown Temperature
+100°C case
Storage Temperature
Weight Size
Vout 1%
.02%/°C
Thermal Resistance Case to Ambient
+100°C case +105°C case
+110°C case
6.6°C/c -55°C
+110°C
3.4oz (96 grams) 0.42” x 2.40” x 2.30” (1.07cm x 6.10cm x 5.84cm)
www.astrodyne.com 504
Conditions
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
PV300 PicoVerter® series 40-60 Watt 300VDC Input 1/2 Brick
Model Input Number (220-400V)
Output Output Voltage Current
PV300-3
300VDC
3.3V
12.5A
PV300-5
300VDC
5V
10A
PV300-12
300VDC
12V
5A
PV300-15
300VDC
15V
4A
PV300-24
300VDC
24V
2.5A
High Reliability/COTS
Mechanical Dimensions
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 505
ASD75Q series 75 Watt ASD-Q Single Series DC/DC Converters Small size 1.45”x2.28”x0.52”,
Low magnetics run cooler
Industry standard 1/4 brick
Constant frequency for normal operation
Excellent thermal performance with metal baseplate
Wide input voltage range
Fast over voltage protection Pulse-by-pulse current limiting, dead short Current limiting Over-temperature protection Auto-softstart Very Low noise
Remote Sense with high regulation Remote ON/OFF Super energy saving, 6 mA input idle current Output trim with very low temperature Water Washable, wide humidity applications Good shock and vibration damping
High Reliability/COTS www.astrodyne.com 506
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
ASD75Q series
High Reliability/COTS
75 Watt ASD-Q Single Series DC/DC Converters
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 507
ASD75Q series 75 Watt ASD-Q Single Series DC/DC Converters
High Reliability/COTS www.astrodyne.com 508
Model Input Range I inADC Vout Number VDC min/max @nom VDC
Iout VDC
ASD75-24S3.3Q
18/36
3.31
3.3
20
ASD75-24S5Q
18/36
3.63
5
15
ASD75-24S12Q
18/36
3.59
12
6.25
ASD75-24S15Q
18/36
3.55
15
5
ASD75-24S24Q
18/36
3.55
24
3.13
ASD75-48S3.3Q
36/75
1.65
3.3
20
ASD75-48S5Q
36/75
1.80
5
15
ASD75-48S12Q
36/75
1.78
12
6.25
ASD75-48S15Q
36/75
1.76
15
5
ASD75-48S24Q
36/75
1.76
24
3.13
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
ASD100W series 100 Watt Single Output DC/DC Converters 4:1 Input voltage range
Over-temperature protection
High power density
Auto-softstart
Small size 2.4” x 2.28” x 0.55”
Low noise
Excellent thermal performance with metal baseplate
Industry-standard pinout Constant frequency during normal operation
Volt-seconds clamp and fast over voltage protection
Remote sense Remote ON/OFF
Pulse-by-pulse current limiting, short circuit frequency foldback, dead short shut down
General Specifications
Input Specifications 1500VDC 10-7nth Ohm min. 500kHz UL60950 (Pending)
Environmental Specifications -40 to +100°C 100°C typ. -40 to +105°C * Free Air Convection 1,005,677 Hrs. MIL-HDBK-217F Ground Benign, 25°C
Physical Specifications Case Material Construction Weight Dimensions
Aluminum Fully Encapsulated 3.53 oz (100g) 2.28” x 2.4” x 0.5
Remote On/Off Control Logic Logic Compatibility Module-On Module-Off Shutdown Idle Current
Open Collector Referenced to - Input Open Circuit <0.8VDC 10mA
Input Voltage Range (48V Nom): Input Current FL Input Current NL Undervoltage Lockout Input Filter PI Type
Output Specifications Voltage and Current See Selection Chart Load Regulation (0% to FL) +/-0.2%, max. Line Regulation (HL-LL) +/-0.2%, max. Temperature Coefficient +/-0.03%/°C Ripple/Noise 2.5, 3.3 & 5Vout 40mV RMS, max. 100mVp-p max. 12 & 15Vout 60mV RMS, max. 150mVp-p max. 24Vout 100mV RMS, max. 240mVp-p max. Voltage Accuracy +/-1%, max Transient Response 25% Change <500uS Trim Adjustment Range +/-10% Short Circuit Protection Continuous Over Voltage Protection 115-140% of Output Current Limit 110-140% of Rated Load Efficiency See Selection Chart
Model Number Input Range Iin ADC VDC (Min/Max) TYP
ASD100-24S3.3W ASD100-24S5W ASD100-24S12W ASD100-24S15W ASD100-24S24W ASD100-48S3.3W ASD100-48S5W ASD100-48S12W ASD100-48S15W ASD100-48S24W
9/36 9/36 9/36 9/36 9/36 18/75 18/75 18/75 18/75 18/75
36-75 VDC See Selection Chart 25Ma 48Vin Power Up 34V 48Vin Power Down 32.5V
4.24 4.91 4.85 4.79 4.79 2.10 2.42 2.39 2.37 2.37
www.astrodyne.com
Vout VDC 3.3 5 12 15 24 3.3 5 12 15 24
High Reliability/COTS
Input-Output Isolation I/P-O/P, I/P-Case, O/P-Case Isolation Resistance Switching Frequency Safety
Oper. Case Temperature Thermal Shutdown, Case Temp. Storage Temperature Cooling MTBF
(PENDING)
Iout ADC
25 20 8.33 6.67 4.13 25 20 .33 6.67 4.13
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 509
ASD100W series 100 Watt Single Output DC/DC Converters
Remote On/Off Control Logic Logic Compatibility Module-On Module-Off Shutdown Idle Current
External Output Trimming
Open Collector Referenced to - Input Open Circuit <0.8VDC 10mA
All specifications are typical at nominal input, full load, and 25DegC unless otherwise noted
Mechanical Dimensions
High Reliability/COTS Pin
Name
Pin Dia.
Pin Dia.
1
-INPUT
0.08”
0.04”
2
CASE
0.04”
0.04”
3
ON/OFF
0.04”
0.04” 0.04”
4
+INPUT
0.08”
5
-OUTPUT
0.08”
0.08”
6
-SENSE
0.04”
0.04”
7
TRIM
0.04”
0.04”
8
+ SENSE
0.04”
0.04”
9
+ OUTPUT
0.08”
0.08”
www.astrodyne.com 510
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
NV300 NanoVerter® series 63-120 Watt 300VDC Input 1/2 Brick Redundancy
Miniature Size - Low Profile .42”-.32” with Recessed Mounting
Hot Plug-in Capabiity
Constant Frequency Operation
Secondary Referenced Controls
High Density - Up to 52 W/in.3 High Efficiency
Auxiliary (housekeeping) Supply Output (pv pin)
Extrememly Low Thermal Resistance
Logic ON/OFF
100°C Baseplate Operation
Non-shutdown Over Voltage Protection
Parallelable with Current Sharing
Safety Agency Approved
Fault Tolerant - True n+1...n+m
Output
Min
Typical
Max
220VDC
300VDC
400VDC
Conditions
Input Reflected Ripple
10%
Full load, nominal line
Input Ripple Rejection
60dB
@120Hz
No Load Power Dissipation
1.5W
nominal line
Logic Disabled Power In
0.8W
Set Point Accuracy
±0.5%
±1%
Full load
Load Regulation
0.1%
0.2%
0-Full load
Line Regulation
0.1%
0.2%
36-72VDC
Ripple
1%
3%
0-20MHz<5V Outputs
1%
2%
0-20MHz<5V Outputs
Trim Range
±10%
*±5% for 2V, +5%, -10% for 3V
Remote Sense Compensation
0.5V Total
OVP (Non-shutdown auto. recovery)
105%
110%
120%
< 5V outputs
110%
115%
130%
≥ 5V outputs
outputs ≥ 5V
Short Circuit Current
130%
Current Sharting (automatic)
±1%
High Reliability/COTS
Input
Input Voltage
Full load ±5%
Full Load
Transient Response: Excursion
3%
Recovery Time
50 µs
Temperature Drift
Efficiency Control
PV Output
(20-80% Full load, 1/2 A/µs) 200µs
Vout 1%
.02%/°C 80-86%
Full Load, nominal line
Turn on Time (Power Applied)
150ms
Full Load, nominal line
Logic Turn on Time
2ms
Full Load, nominal line
Logic Disable Current
20µA
2mA PV Load
10.3V
Main Output @ Full Load
10mA PV Load
9.3V
Main Output @ Full Load
2mA PV Load
10.3V
Main Output Logic Disabled or Shorted
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 511
NV300 NanoVerter® series 63-120 Watt 300VDC Input 1/2 Brick
Isolation
Input to Output
Min
Typical
Max
220VDC
300VDC
400VDC
Input to Case
Conditions
10%
Full load, nominal line
Output to Case Input to Output Capacity
Thermal
Operating Temperature
±0.5%
±1%
Full load
Automatic Shutdown Temperature
0.1%
0.2%
0-Full load
Thermal Resistance Case to Ambient
0.1%
0.2%
220-400VDC
Storage Temperature
Weight Size
±10%
3.4oz (96 grams) 0.42” x 2.40” x 2.30” (1.07cm x 6.10cm x 5.84cm)
Model Input Number (220-400V)
High Reliability/COTS
Mechanical Dimensions
www.astrodyne.com 512
Output Output Voltage Current
NV300-2
300VDC
2.1V
30A
NV300-3
300VDC
3.3V
25A
NV300-5
300VDC
5V
20A
NV300-12
300VDC
12V
10A
NV300-15
300VDC
15V
8A
NV300-24
300VDC
24V
5A
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
ASD150QB series 150 Watt, High Efficiency, Quarter Brick DC/DC Converter Industry Standard Quarter Brick Package
Output Over Voltage Protection
High Power Density up to 90W/ Inch ³
Current Limit/Short Circuit Protection
High Typical Efficiency of 91%
Adjustable Output Voltage 90-110% of Vo
Low Output Noise
Remote Sense
Metal Baseplate
Positive Remote ON/OFF Control (Negative Logic is Optional)
Thermal Protection Input Under Voltage Protection
RoHS Compliant
MTBF Weight Dimensions
1.8Mhrs Tb=40°C, 80%FL 2.29 oz (65g) 2.28” x 1.45” x 0.5” (57.91 x 36.83 x 12.7mm)
Control Specifications Logic ON/OFF Remote Positive Logic: Off State Voltage: 0.8V max. On State Voltage: 2V min. Negative Logic (optional): Off State Voltage: 2V min. On State Voltage: 0.8V max. Turn-On Time 40mS, Vo=90% of Vo, set Trim Adjustment Range 90-110% See TRIM CIRCUITS Figs 1 & 2
Isolation Specifications Input-Output, Input-Case Output-Case Input-Output Capacitance Isolation Resistance
1500VDC, 60S 500VDC, 60S 2000pF 100MΩ @ Tb=25°C & 70%RH Output to Baseplate-500VDC
Input Operation Voltage: See Model Selection Chart below Input Current FL @ Nom Vin, FL See Model Selection Chart below Inrush Transient 1A²s Input Reflected Ripple Current 40mAp-p, typ. (60mA max.) Input Ripple Rejection 60dB@120Hz Input Under Voltage Protection (24Vin/48Vin) Turn-on Threshold: 17.5-18V/34-36V max. Turn-off Threshold: 15.5-16V/30-32V typ. Hysteresis: 1-1.5V/2.0V typ.
Output Specifications Output Voltage & Current Output Set Point (Vo,set; Note 6) Output Voltage Tolerance Band Load/Load Regulation Temperature Coefficient Ripple/Noise p-p max. (Note 1) Dynamic Response (Vo, Set): Peak Deviation Settling Time Over Voltage Protection Over Temperature Protection External Capacitance Short Circuit Protection (ISC) Current Limit (Note 2) Efficiency (Nom. Vin, 80% Load)
See Model Selection Chart See Model Selection Chart +/-3% 20mV max. +/-0.02%/°C, -40 to 100°C 3.3, 5Vo: 70mV; 12Vo: 120mV 6% max., Nom. Vin, Tb=25°C (Note 3) 300uS duration outside of Vo set +/-1% error band 112-140% of Output, Io=0.5A 100-115°C, auto recover @ 90°C See Fig. 3 for location definition 660 to 5000uF max. See Model Selection Chart 105-145% of Rated Load See Model Selection Chart
Model Number Output Voltage Output Amps Input Range Max. Iin FL Efficiency (Tb=25°C)
ASD150-24S3.3QB ASD150-48S3.3QB ASD150-24S5QB ASD150-48S5QB ASD150-24S12QB ASD150-48S12QB
3.3 VDC 3.3 VDC 5 VDC 5 VDC 12 VDC 12 VDC
45 45.45 30 30 12.5 12.5
18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC 18-36 VDC 36-75 VDC
www.astrodyne.com
10A 5A 10A 5A 10A 5A
91% 91% 91% 92.5% 91.5% 92.5%
High Reliability/COTS
Input Specifications
General Specifications
O/P Set Point 3.267-3.333V 3.25-3.35V 4.95-5.05V 4.95-5.05V 11.88-12.12V 11.88-12.12V
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 513
ASD150QB series 150 Watt, High Efficiency, Quarter Brick DC/DC Converter
Derating Curve
High Reliability/COTS
Mechanical Dimensions
www.astrodyne.com 514
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
SV28 SuperVerter® series Direct Replacement for Industry Standard
High Power Density
High Efficiency
Low Noise
High MTBF (1.8 million hours)
-40 ° to +100 ° C Baseplate Operation
Constant Frequency
Choice of On/Off Logic
Clamp Over Voltage Protection
Safety Agency Approved
Remote Sense
Threaded or Thru Mounting Holes
Trim Range: 60% to 110%
Optional Pin lengths
Encapsulated
Over Temperature Protection
Min Parameter
Input
Typical Max
Units
Conditions
Input Voltage*
40
VDC
Continuous
Transient Input Voltage*
50
VDC
100 msec max.
Input/output Isolation*
1500
VDC
Operating Case Temperature*
-40
100
°C
Storage Temperature*
-40
110
°C
Input Voltage
36
75
VDC
48
Maximum Input Current
see www.astrodyne.com
Input Ripple Rejection
Output
60
Voltage Set Point
2
%
48V In, Full Load 25°C
0.05
0.2
%
0 to Full Load
Line Regulation
0.01
0.1
%
Over Vin Range
Ripple
see www.astrodyne.com
Current
see model selection chart 115
Short Circuit Current
130
%
Iout max. Vout = 90% Vout nominal
170
%
Iout max Vout = 250 mV
Transient Response Peak Deviation
3
%
out 50 to 75% or 50 to 25% (0.1A/μsec slew rate) Load Change
Transient Response Settling Time
300
μsec
Vout within 1% Vout nominal
External Load Capacitance
0
Input to Output Capacitance
10,000 2000
Input to Output Resistance
Mechanical
@120 Hz
Load Regulation
Current Limit Inception
Isolation
dB
10
μF pF M ohms
Input to Output
1500
VDC
Input to Case
1500
VDC
Output to Case
500
VDC
Weight
118g (4.2oz.)
Size
0.5” x 2.4” x 2.28”
Thermal Resistance Case to Ambient
High Reliability/COTS
150-200 Watts 28VDC Input 1/2 Brick Industry Standard
6.6
°C/W
Case Temperature = 100 °C
*Absolute Maximum Ratings
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 515
SV28 SuperVerter® series 150-200 Watts 28VDC Input 1/2 Brick Industry Standard Min Features
Trim Range
Typical
60
Remote Sense Compaensation
Max
Units
110
%Vout
0.5
V
Over Voltage Clamp
see www.astrodyne.com
Over Temperature Shutdown
Logic ON/OFF
105
°C
Case Temperature
1.2
V
@ Ion/off = 1 mA
Logic Low: Ion/off
1.0
mA
@ Von/off = 0V
Logic High: Von/off
15
V
@ Ion/off = 1 mA
Logic High: Ion/off
50
μA
@ Von/off = 15V
35
msec
80% load, Vout within 1% Vout nominal
Logic Low: Von/off
0
Turn-on Time
8
High Reliability/COTS
Model Number
Output
Voltage Current
SV28-2.5-150-1
2.5V
30A
SV28-3.3-150-1
3.3V
30A
SV28-3.3-200-1
3.3V
40A
SV28-5-150-1
5V
30A
SV28-5-175-1
5V
35A
SV28-5-200-1
5V
40A
SV28-12-150-1
12V
12.5A
SV28-12-200-1
12V
20.0A
SV28-24-150-1
24V
6.3A
SV28-24-200-1
24V
10A
SV28-28-150-1
28V
5.35A
SV28-28-200-1
28V
8.60A
www.astrodyne.com 516
Conditions
For the optional features listed below, simply list the appropriate digit(s) for the features you want in ascending order in the suffix following -150 or -200 in the part number. * Minimum order quantities apply. Feature Options
Suffix
Negative Logic On/O_ is standard
include “1” in the suffix
Positive Logic On/O_ is optional
delete “1” from the suffix
Threaded mounting holes, as shown in the outline drawing are standard
no suffix digit required
Optional thru mounting holes (without threads) of 0.130” inside diameter*
include “4” in the suffix
Pin length of 0.20” (5.1mm) is standard
no suffix digit required
Pin length of 0.145” (3.68mm)*
include “6” in the suffix
Pin length of 0.110” (2.79mm)*
include “8” in the suffix
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
SV28 SuperVerter® series 150-200 Watts 28VDC Input 1/2 Brick Industry Standard
High Reliability/COTS
Mechanical Dimensions - Single
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 517
SV48 SuperVerter® series 150-200Watts 48VDC Input 1/2 Brick Industry Standard Direct Replacement for Industry Standard
High Power Density: up to 87 W/cu.in.
High Efficiency
Low Noise
High MTBF (1.8 million hours)
-40° to +100°C Baseplate Operation
Constant Frequency
Choice of On/Off Logic
Clamp Over Voltage Protection
Safety Agency Approved
Remote Sense
Threaded or Thru Mounting Holes
Trim Range: 60% to 110%
Optional Pin lengths
Encapsulated
Over Temperature Protection
Min Parameter
High Reliability/COTS
Input
Typical Max
Units
Conditions
Input Voltage*
80
VDC
Continuous
Transient Input Voltage*
100
VDC
100 msec max.
Input/output Isolation*
1500
VDC
Operating Case Temperature*
-40
100
°C
Storage Temperature*
-40
110
°C
Input Voltage
36
75
VDC
SV48-2.5-150
3.5
A
SV48-2.5-200
6.0
A
SV48-3-150
4.5
A
SV48-3-200
6.5
A
SV48-5-150
6.5
A
SV48-5-200
8.7
A
SV48-12-150
6.5
A
SV48-12-200
10.5
A
SV48-15-150
6.5
A
SV48-15-200
10.5
A
SV48-24-150
6.5
A
SV48-24-200
10
A
SV48-28-150
5.6
A
SV48-28-200
9.0
A
48
Max. Input Current:
Input Ripple Rejection
60
dB
@120 Hz
*Absolute Maximum Ratings
www.astrodyne.com 518
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
SV48 SuperVerter® series 150-200 Watts 48VDC Input 1/2 Brick Industry Standard Typical
Voltage Set Point
48V In, Full Load 25°C
0.2
%
0 to Full Load
Line Regulation
0.01
0.1
%
Over Vin Range
Ripple
see www.astrodyne.com
Current
see model selection chart 115
130
%
Iout max. Vout = 90% Vout nominal
170
%
Iout max Vout = 250 mV
Transient Response Peak Deviation
1
%
Vout 50 to 75% or 50 to 25% (0.1A/μsec slew rate)
Transient Response Settling Time
100
μsec
Vout within 1% Vout nominal (0.1A/μsec slew rate)
External Load Capacitance
0
Input to Output Capacitance
10,000
Input to Output Resistance
10
Weight
118g (4.2oz.)
Size
0.5” x 2.4” x 2.28”
Trim Range
pF M ohms
6.6 60
Remote Sense Compaensation
°C/W 110
%Vout
0.5
V
Over Voltage Clamp
Case Temperature = 100 °C
see www.astrodyne.com
Over Temperature Shutdown
Logic ON/OFF
pF
2000
Thermal Resistance Case to Ambient
Features
Conditions
%
0.05
Current Limit Inception
Mechanical
Units
2
Load Regulation
Short Circuit Current
Isolation
Max
105
°C
Case Temperature
1.2
V
@ Ion/off = 1 mA
Logic Low: Ion/off
1.0
mA
@ Von/off = 0V
Logic High: Von/off
15
V
@ Ion/off = 1 mA
Logic High: Ion/off
50
μA
@ Von/off = 15V
35
msec
80% load, Vout within 1% Vout nominal
Logic Low: Von/off
0
Turn-on Time
8
Model Number
Output
Voltage Current
SV48-2.5-150-1
2.5Vdc
30A
SV48-2.5-200-1
2.5Vdc
50A
SV48-3-150-1
3.3Vdc
30A
SV48-3-200-1
3.3Vdc
45A
SV48-5-150-1
5Vdc
30A
SV48-5-200-1
5Vdc
40A
SV48-12-150-1 1
2Vdc
12.5A
SV48-12-200-1
12Vdc
20A
SV48-15-150-1
15Vdc
10A
SV48-15-200-1
15Vdc
16A
SV48-24-150-1
24Vdc
6.2A
SV48-24-200-1
24Vdc
10A
SV48-28-150-1
28Vdc
5.35A
SV48-28-200-1
28Vdc
8.6A
www.astrodyne.com
High Reliability/COTS
Min Output
For the optional features listed below, simply list the appropriate digit(s) for the features you want in ascending order in the suffix following -150 or -200 in the part number. * Minimum order quantities apply. Feature Options
Suffix
Negative Logic On/O_ is standard
include “1” in the suffix
Positive Logic On/O_ is optional
delete “1” from the suffix
Threaded mounting holes, as shown in the outline drawing are standard
no suffix digit required
Optional thru mounting holes (without threads) of 0.130” inside diameter*
include “4” in the suffix
Pin length of 0.20” (5.1mm) is standard
no suffix digit required
Pin length of 0.145” (3.68mm)*
include “6” in the suffix
Pin length of 0.110” (2.79mm)*
include “8” in the suffix
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 519
SV48 SuperVerter® series 150-200 Watts 48VDC Input 1/2 Brick Industry Standard
Mechanical Dimensions - Single
High Reliability/COTS www.astrodyne.com 520
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV28 MicroVerter® series 126-252 Watts 28VDC Input 3/4 Brick Singles / Full Brick Triples Output Good Signal
High Density – Up to 58 W/in.3
Optional Sync Pin
Constant Frequency – 370KHZ
Non-Shutdown OVP
Parallelable with Current Sharing
Logic On-O.
Fault Tolerant – n+m Redundancy
Thermal Protection
Extremely Low Thermal Resistance
Current Limit/Short Circuit Protection
Input
Min
Typical Max
Units
Input Voltage
20
28
VDC
Brownout
18
32
VDC
Conditions 75% full output
Inrush Charge
2.6x10-4
Coulombs
Input Reflected Ripple
20
%
Full load, nominal line
No Load Power Dissipation
1.5
Watts
Singles
7.5
Watts
Triples
Logic Disabled Power In
.35
Watts
Input Ripple Rejection
60
dB
@120 Hz
60
VDC
No damage to units
±1
%
No load
Input Over Voltage
32
Output
Set Point Accuracy
(Singles and Main Output of Triple)
Load Regulation
.02
.2
%
0 to full load
Line Regulation
.02
.2
%
Over range
Ripple
1
3
%p-p
0 to 20MHz
%
Consult factory for extended range
V
Total
Trim Range
±10
Remote Sense Compensation
0.5
OVP (Non-shutdown auto. recovery)
120*
%
* or Vout +.5V whichever is greater
Current Limit (auto recovery)
110-120
%
full load
Current Sharing (automatic)
±5
%
full load
Transient Response Singles
50
μs
20-80% load,.5A/μs, Vout 1%
Transient Response Main Output Triples
200
μs
10-20A, aux. loads 2.5A, .25A/μs, Vout 1%
Transient Response
see www.astrodyne.com
Temp Drift
02
%/°C
Output
Set Point Accuracy
±0.5
±1
%
10A on Main, No Load Auxiliaries
(Auxiliary Outputs of Triples)
Load Regulation
.2
.5
%
0 to Full Load
Line Regulation
.01
.1
%
Over Range
Ripple
.25
.5
%p-p
0 to 20 MHz
Current Limit (Auto Recovery)
110-120
%
Full Load
Transient Response
200
μs
20-80% Load, Vout within 1%
200
μs
Low Line to High Line, Vout 1%
200
μs
50-100% Load, Vout 1%
.06
%/°C
Temp Drift
High Reliability/COTS
Miniature Size
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 521
UV28 MicroVerter® series 126-252 Watts 28VDC Input 3/4 Brick Singles / Full Brick Triples Min Control
Conditions
ms
Input power applied, Vout 1%
Logic Turn on Time
1
ms
Vout within 1%
1
mA
Sink
Input to Output
1000
VDC
Consult factory for procedure
Input to Case
1000
VDC
Output to Case
200
VDC 2200
Operating Temperature
-40
Automatic Shutdown Temperature
+100
Thermal Resistance Case to Ambient
Weight Size
Units
2.5
Input to Output Capacity
Thermal
Max
Turn on Time Logic Disabled Current
Isolation
Typical
pF +100
°C
Case
+110
°C
Case
4.2
°C/w
Single @ Tc=100 °C
3.3
°C/w
Triple @ Tc=100 °C
+105
7oz. (Singles), 9oz. (Triples) 0.5” x 2.4” x 3.6” (Singles), 0.5” x 2.4” x 4.6” (Triples)
High Reliability/COTS
Model Number
Output Voltage
Output Current
UV28-2
2.1V
60A
UV28-3
3.3V
50A
UV28-5
5V
40A
UV28-8
8V
30A
UV28-12
12V
20A
UV28-15
15V
16A
UV28-24
24V
10A
UV28-28
28V
9A
UV28-T512
5V
35A*
12V
3A*
-12V
3A*
UV28-T515
5V
35A*
15V
3A*
-15V
3A*
*Maximum Total Output Power 185 W. Option: –A Output Good Deleted – S Sync. Pin Option
www.astrodyne.com 522
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV28 MicroVerter® series 126-252 Watts 28VDC Input 3/4 Brick Singles / Full Brick Triples
High Reliability/COTS
Mechanical Dimensions - Single
Mechanical Dimensions - Triple
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 523
UV48 MicroVerter® series 126-252 Watts 48VDC Input 3/4 Brick Singles / Full Brick Triples Miniature Size
Optional Sync Pin
High Density – Up to 58 W/in.3
UL/CSA/TUV APPROVALS
Constant Frequency – 370KHZ
Non-Shutdown OVP
Parallelable with Current Sharing
Logic On-Off
Fault Tolerant – n+m Redundancy
Thermal Protection
Extremely Low Thermal Resistance
Current Limit/Short Circuit Protection
Output Good Signal
Input
Min
Typical Max
Units
Input Voltage
36
48
VDC
Brownout
32
72
VDC
75% full output
High Reliability/COTS
Inrush Charge
2.6x10-4
Coulombs
Input Reflected Ripple
20
%
full load, nominal line
No Load Power Dissipation
2.5
Watts
Singles
7.5
Watts
Triples
Logic Disabled Power In
1
Watts
Input Ripple Rejection
60
dB
@120 Hz
100
VDC
No damage to units
±1
%
No load
Input Over Voltage
72
Output
Set Point Accuracy
(Singles and Main Output of Triple)
Load Regulation
.02
.2
%
0 to full load
Line Regulation
.02
.2
%
Over range
Ripple
1
3
%p-p
0 to 20MHz
%
Consult factory for extended range
V
Total
Trim Range
±10
Remote Sense Compensation
0.5
OVP (Non-shutdown auto. recovery)
120*
%
* or Vout +.5V whichever is greater
Current Limit (auto recovery)
110-120
%
Ful load
Current Sharing (automatic)
±5
%
Full load
Transient Response Singles
50
μs
20-80% load,.5A/μs, Vout 1%
Transient Response Main Output Triples
200
μs
10-20A, aux. loads 2.5A, .25A/μs, Vout 1%
Transient Response Waveforms
see www.astrodyne.com
Temp Drift
02
%/°C
Output
Set Point Accuracy
±0.5
±1
%
10A on Main, No Load Auxiliaries
(Auxiliary Outputs of Triples)
Load Regulation
.2
.5
%
0 to Full Load
Line Regulation
.01
.1
%
Over Range
Ripple
.25
.5
%p-p
0 to 20 MHz
Current Limit (Auto Recovery)
110-120
%
Full Load
Transient Response
200
μs
20-80% Load, Vout within 1%
200
μs
Low Line to High Line, Vout 1%
200
μs
50-100% Load, Vout 1%
Temp Drift
.06
www.astrodyne.com 524
Conditions
%/°C
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV48 MicroVerter® series 126-252 Watts 48VDC Input 3/4 Brick Singles / Full Brick Triples Min
ms
Input power applied, Vout 1%
Logic Turn on Time
1
ms
Vout within 1%
1
mA
Sink
Input to Output
3000
VDC
Consult factory for procedure
Input to Case
1500
VDC
Output to Case
500
VDC 2200
Operating Temperature
-40
Automatic Shutdown Temperature
+100
Thermal Resistance Case to Ambient
Weight Size
Conditions
2.5
Input to Output Capacity
Thermal
Units
Turn on Time Logic Disabled Current
Isolation
Max
pF +100
°C
Case
+110
°C
Case
4.2
°C/w
Single @ Tc=100 °C
3.3
°C/w
Triple @ Tc=100 °C
+105
7oz. (Singles), 9oz. (Triples) 0.5” x 2.4” x 3.6” (Singles), 0.5” x 2.4” x 4.6” (Triples)
Model Number
Output Voltage
Output Current
UV48-2
2.1V
60A
UV48-3
3.3V
50A
UV48-5
5V
40A
UV48-8
8V
30A
UV48-12
12V
20A
UV48-15
15V
16A
UV48-24
24V
10A
UV48-28
28V
9A
UV48-T512
5V
35A*
12V
3A*
-12V
3A*
UV48-T515
5V
35A*
15V
3A*
-15V
3A*
High Reliability/COTS
Control
Typical
*Maximum Total Output Power 185 W. Option: –A Output Good Deleted – S Sync. Pin Option
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 525
UV48 MicroVerter® series 126-252 Watts 48VDC Input 3/4 Brick Singles / Full Brick Triples
Mechanical Dimensions - Single
High Reliability/COTS
Mechanical Dimensions - Triple
www.astrodyne.com 526
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV24-164 MicroVerter® series 250-312 Watt 24VDC Input 3/4 Brick Singles Encapsulated & Environmentally Rugged Package Extremely Low Thermal Resistance
Remote On/Off, Parallel and Remote Sense Functions Auto-Recovery from OTP / OCP / OVP Circuits
-40 ~ 100°C Baseplate Operation (Standard)
Trimable Output Voltage Synchronizable from 330-400kHz (Optional)
-55 ~ 125°C Baseplate Operation (Optional)
Option Min Parameter
Units
Conditions
Input Voltage (+ In to -In)*
-0.3
36
VDC
Continuous
Transient Input Voltage (+ In to -In)
-0.3
50
VDC
100 msec. Max.
Parallel Pin Voltage (Parallel-On/O_ to -In)*
-0.3
6.0
VDC
Input-to-Output Voltage*
1500
VDC
Full load, nominal line
Input-to-Case Voltage*
1500
VDC
Singles
Output-to-Case Voltage*
500
VDC
Triples
Storage Temperature *
Operating Temperature*
Standard
-40
+110
°C
T
-55
+110
°C
E
-55
+125
°C
Standard
-40
+100
°C
Baseplate
T
-55
+100
°C
Baseplate
E
-55
+125
°C
Baseplate
260
°C
< 5 sec
Conditions
Soldering Temperature (Wave Solder)*
Input
Max
Input Voltage Range
Min
Typical Max
Units
18
24 / 28
36
VDC
20
24
30
VDC
Maximum Input Current UV24-4-164 UV24-5-164
19.8
ADC
Vin= 18V, Tc= 25°C
UV24-8-164
20.2
ADC
Vin=18V, Tc=100°C
60
dB
f= 120Hz 24Vin, 25°C, Full Load
High Reliability/COTS
2 Year Warranty
Constant Frequency Operation for Reduced Noise
UV24-12-164 UV24-15-164 UV24-24-164 UV24-28-164 Input Ripple Rejection
Output
Voltage Set Point UV24-4-164
3.95
4.00
4.05
VDC
11.88
12.01
12.12
VDC
27.72
28.01
28.28
VDC
UV24-5-164 UV24-8-164 UV24-12-164 UV24-15-164 UV24-24-164 UV24-28-164
*Absolute Maximum Ratings
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 527
UV24-164 MicroVerter® series 250-312 Watt 24VDC Input 3/4 Brick Singles Min Output
(continued)
Typical Max
Units
Conditions
Load Regulation
0.05
0.2
%
0 to Full Load
Line Regulation
0.05
0.2
%
Vin min to Vin max
Voltage Drift w/Temperature
0.02
% / °C
Tc min to Tc max
150
mV p-p
5 Hz to 20 MHz
240
mV p-p
Vin= 28V, Tc= 25°C
360
mV p-p
18V≤ Vin≤ 36V, -40°C≤ Tc≤+100°C
300
mV p-p
Vin= 28V, Tc= 25°C
450
mV p-p
18V≤ Vin≤ 36V, -40°C≤ Tc≤+100°C
130
%
Rated Vout = 95% Vout nominal
170
%
Rated 18V≤Vin≤ 36V, Rshort=15mOhm
Ripple (PARD) UV24-4-164 UV24-5-164 UV24-8-164 UV24-12-164
120
UV24-15-164 UV24-24-164
170
UV24-28-164 Input Voltage Range Overcurrent Inception Pt.
105
115
High Reliability/COTS
Short Circuit Current Transient Response Settling Time
Isolation
μs
20-80% Rated Current, 0.5A/μs
Input-to-Output
1500
200
VDC
Consult factory for procedure
Input-to-Case
1500
VDC
Output-to-Case
500
VDC
Input-to-Output Capacitance
2500
pF
Input-to-Output Resistance
10
M Ohm
Option Control
Min
Typical Max
Over Temperature Shutdown Temp (Tc)
Standard and T
105 °C
E
130
Over Temperature Restart Temp (Tc)
Standard and T
85 °C
E
Units
Conditions
105
Start-up Voltage
16.5
17.0
17.5
VDC
Input Under Voltage Lock Out
15.0
15.5
16.0
VDC
5
10
msec
18V≤Vin≤36V, Tc=25°C
12
msec
18V≤Vin≤36V, -40°C<Tc< +100°C
VDC
Positive Logic, open collector enables. Do not pull up.
0.6
VDC
I On/Off = 1mA
10
msec
Turn-on Time
Logic On/Off Enable Signal
Open
Logic On/Off Disable Signal Logic On/Off Turn-on Time
5
www.astrodyne.com 528
500V
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV24-164 MicroVerter® series 250-312 Watt 24VDC Input 3/4 Brick Singles Min Control
(continued)
Typical Max
Units
Conditions
3.3
4.0
V
30.8
VDC
4.0
V
35.0
VDC
Non-shutdown, Auto Recovery, Iout = 50% Rated
0.5
VDC
Trim Range UV24-4-164 UV24-5-164 UV24-8-164 UV24-12-164 UV24-15-164 UV24-24-164 UV24-28-164
25.2
OVP Trip Point UV24-4-164
3.3
UV24-5-164 UV24-8-164 UV24-12-164 UV24-15-164 UV24-28-164
31.2
32.9
Remote Sense Compensation Current Sharing (Parallel Operation)
5
%
Using Parallel Pin Connection or PDM
Switching Frequency
370
Khz
Standard Model
300
Khz
S Sync Option Model
Khz
Using Optional Sync Pin and External Sync Signal
ºC/W
Free Air, No Heatsink, Tc=100ºC
Synchronization Frequency Range
Thermal / Mechanical Parameters
Thermal Resistance, Case to Ambient
330
440 4.2
Size, HxWxL
0.5 x 2.4 x 3.6 in., (12.7 x 61.0 x 91.4mm), 3/4 Brick, See Outline Drawing
Weight
5.7 oz., (161 g)
www.astrodyne.com
High Reliability/COTS
UV24-24-164
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 529
UV24-164 MicroVerter® series 250-312 Watt 24VDC Input 3/4 Brick Singles
Mechanical Dimensions
High Reliability/COTS
Model Number Output Voltage Current
Efficiency
(Vin = 18V, Tc=100°C)
UV24-4-164
4.0V
15A
UV24-5-164
5.0V
20A
UV24-8-164
8.0V
36A
UV24-12-164
12V
25A
UV24-15-164
15V
20A
UV24-24-164
24V
12.5A
UV24-28-164
28V
11A
www.astrodyne.com 530
Max. Input Current
83%
19.8 Adc
88%
20.2 Adc
88.5%
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV48-164 MicroVerter® series 300 Watt 48VDC Input 3/4 Brick Singles Remote On/Off, Parallel and Remote Sense Functions
5/6 RoHS Compliant Design Encapsulated & Environmentally Rugged Package
Auto-Recovery from OTP / OCP / OVP Circuits
Extremely Low Thermal Resistance
Trimable Output Voltage
-40 ~ 100°C Baseplate Operation
Synchronizable from 330-400kHz (Optional)
Constant Frequency Operation for Reduced Noise
Min
Typical Max
Units
Conditions
Input Voltage (+ In to -In)*
-0.3
80
VDC
Continuous
Transient Input Voltage (+In to –In)*
-0.3
100
VDC
100 msec. Max.
Parallel Pin Voltage (Parallel-On/O_ Pin to -In)*
-0.3
6.0
VDC
Input-to-Output Voltage*
2000
VDC
full load, nominal line
Input-to-Case Voltage*
1500
VDC
Singles Triples
Output-to-Case Voltage*
500
VDC
Storage Temperature*
-40
+ 110
ºC
Operating Temperature*
-40
+ 100
ºC
Baseplate
260
ºC
< 5 sec.
VDC
No load
Soldering Temperature (Wave Solder)*
Input
Output
Input Voltage
36
48
Maximum Input Current
.9.8
ADC
Tc= 25ºC, Vin= 36V
Input Ripple Rejection
60
dB
f= 120Hz
Voltage Set Point
12.01
12.12
VDC
Load Regulation
11.88
0.05
0.2
%
0 to Full Load
Line Regulation
0.05
0.2
%
Vin min to Vin max
Voltage Drift w/Temperature
0.02
% / ºC
Tc min to Tc max
Ripple (PARD)
120
240
mV p-p
Vin= 48V, Tc= 25ºC
360
mV p-p
36V<Vin<75V, -40ºC<Tc<+100ºC
25
A
130
%
Rated Vout=95% of Vout nominal
170
%
Rated 36V<Vin<75V, Rshort=15mOhm
Rated Current Overcurrent Inception Point
105
115
Short Circuit Current Transient Response Deviation
400
mV
20-80% Rated Current, 0.5A/μs
Transient Response Settling Time
250
μs
20-80% Rated Current, 0.5Aμ/s
Efficiency
88.5
%
Vin= 48V, Iout= 75% Rated
External Load Capacitance
Isolation
75
750
μF
Input-to-Output Isolation
2000
VDC
Input-to-Case Isolation
1500
VDC
Output-to-Case Isolation
500
VDC
Input-to-Output Capacitance Input-to-Output Resistance
*Absolute Maximum Ratings
2250 10
www.astrodyne.com
High Reliability/COTS
Parameter
2 Year Warranty
Special Test Method Required
pF M Ohm
500VSoldering Temperature 260 < 5 sec
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 531
UV48-164 MicroVerter® series 300 Watt 48VDC Input 3/4 Brick Singles
Mechanical Dimensions
High Reliability/COTS
Model Number
Output Voltage
Output Current
UV48-5-164
5 (4.0-5.5 VDC)
50A
UV48-12-164
12 (10.8-13.2 VDC)
25A
UV48-15-164
15 (13.5-16.5 VDC)
20A
*Note: Add ‘S’ to part number to designated SYNC option. (ex. UV48-12S-164)
www.astrodyne.com 532
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV300-164 MicroVerter® series Encapsulated & Environmentally Rugged Package
Remote On/Off, Parallel and Remote Sense Functions
Extremely Low Thermal Resistance
Auto-Recovery from OTP / OCP / OVP Circuits
-40 ~ 100°C Baseplate Operation – Standard
Trimable Output
-55 ~ 125°C Baseplate Operation (Optional)
Synchronizable from 330-400KHz (Optional)
Constant Frequency Operation for Reduced Noise
2-Year Warranty
Option Min Parameter
Units
Conditions
Input Voltage (+In to -In)*
-0.3
400
VDC
Continuous
Transient Input Voltage (+ In to -In)*
-0.3
50
VDC
100 msec. Max.
Transient Input Voltage (+In to -In)*
-0.3
450
VDC
100 msec. Max.
Input/Output Isolation*
4500
VDC
Full load, nominal line
Input/Case Isolation*
2500
VDC
Singles
Output/Case Isolation*
500
VDC
Triples
Storage Temperature*
Operating Temperature*
Standard
-40
+110
ºC
T
-55
+110
°C
E
-55
+130
°C
Standard
-40
+110
ºC
Baseplate
T
-55
+100
°C
Baseplate
E
-55
+125
°C
Baseplate
260
ºC
< 5 sec.
Conditions
Soldering Temperature (Wave Solder)*
Input
Max
Input Voltage
Min
Typical Max
Units
220
300
VDC
400
Maximum Input Current UV300-5-164
1.4 1.5
UV300-8-164
1.5 1.6
UV300-12-164
1.6 1.9
UV300-15-164
1.56 1.64
UV300-24-164
1.6 1.9
UV300-28-164
1.8
Input Ripple Rejection
70
2.0
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
ADC
Vin=220V, Tc=25ºC
ADC
Vin=220V, Tc=100ºC
dB
f=120Hz, Vin ripple=15V p-p
High Reliability/COTS
126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples
*Absolute Maximum Ratings
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 533
UV300-164 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples
Output
Min
Typical Max
Units
Conditions
4.95
5.00
VDC
5 Hz to 20 MHz
Voltage Set Point UV300-5-164
5.05
UV300-8-164
7.92
8.00
8.08
VDC
UV300-12-164
11.88
12.01
12.12
VDC
UV300-15-164
14.85
15.00
15.15
VDC
Vin= 28V, Tc= 25°C
UV300-24-164
23.76
24.01
24.24
VDC
18V≤ Vin≤ 36V, -40°C≤ Tc≤+100°C
UV300-28-164
27.72
28.01
28.28
VDC
Load Regulation
0.05
0.2
%
0 to Full Load
Line Regulation
0.05
0.2
%
Vin min to Vin max
0.02
% / ºC
Tc min to Tc max
100
mV p-p
Vin=300V, Tc=25ºC
150
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
160
mV p-p
Vin=300V, Tc=25ºC
240
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
240
mV p-p
Vin=300V, Tc=25ºC
360
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
300
mV p-p
Vin=300V, Tc=25ºC
450
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
300
mV p-p
Vin=300V, Tc=25ºC
450
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
300
mV p-p
Vin=300V, Tc=25ºC
450
mV p-p
220V<Vin<400V, -40ºC<Tc<+100ºC
130
% Rated
Vout=95% Vout nominal
170
% Rated
220V<Vin<400V, Rshort=15 mohm
Voltage Drift w/Temperature Ripple (PARD) UV300-5-164
60
UV300-8-164
80
UV300-12-164
130
High Reliability/COTS
UV300-15-164
100
UV300-24-164
170
UV300-28-164 Overcurrent Inception Point
170 105
115
Short Circuit Current Ripple (PARD) UV300-5-164
100
mV
20-80% Rated Current, 0.5A/μs
UV300-8-164
240
mV
20-80% Rated Current, 0.5A/μs
UV300-12-164
800
mV
20-80% Rated Current, 0.5A/μs
UV300-15-164
800
mV
20-80% Rated Current, 0.5A/μs
UV300-24-164
1600
mV
20-80% Rated Current, 0.5A/μs
UV300-28-164
1600
mV
20-80% Rated Current, 0.5A/μs
www.astrodyne.com 534
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV300-164 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples Typical Max
Units
Conditions
Output
Transient Response Settling Time
(Continued)
UV300-5-164
100
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo
UV300-8-164
100
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo
UV300-12-164
200
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo
UV300-15-164
200
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo
UV300-24-164
200
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo
UV300-28-164
200
μs
20-80% Rated Current, 0.5A/μs, ±1%Vo Special Test Method Required
Isolation
Input-to-Output
4500
VDC
Input-to-Case
2500
VDC
Output-to-Case
500
VDC
Input-to-Output Capacitance Input-to-Output Resistance
5600 10
M Ohm
Option Control
pF
Over Temperature Shutdown Temp (Tc) Over Temperature Restart Temp (Tc)
Min
500V
Typical Max
Units
Standard & T
105
ºC
E
130
°C
Standard & T
85
ºC
E
105
°C
Start-up Voltage
175
Input Under Voltage Lock Out
130
Turn-on Time
18
Logic On/Off Enable Signal
200
Logic On/Off Turn-on Time
5
VDC VDC
30
msec
220<Vin<400V, Tc=25ºC
40
msec
220<Vin<400V, -40ºC<Tc<+100ºC
VDC
Positive Logic, open. Collector enables. Do not pull up.
0.6
VDC
I On/Off=1mA
10
msec
Open
Logic On/Off Disable Signal
Conditions
High Reliability/COTS
Min
Trim Range UV300-5-164
4
5.5
VDC
UV300-8-164
6.4
8.8
VDC
UV300-12-164
10.8
13.2
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-15-164
12
16.5
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-24-164
21.6
26.4
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-28-164
25.2
30.8
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
www.astrodyne.com
See Trim Formula and Diagrams
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 535
UV300-164 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples
Option
Min
Typical Max
Units
Conditions
Control
OVP Trip Point
(Continued)
UV300-5-164
5.9
6.2
6.6
VDC
Non-shutdown, Auto
UV300-8-164
9.2
9.6
10.4
VDC
Recovery, Iout=50% Rated
UV300-12-164
14.7
14.9
15.8
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-15-164
17.6
18.6
19.75
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-24-164
28.3
29.8
31.7
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-28-164
31.2
32.9
35.0
VDC
20-80% Rated Current, 0.5A/ μs, ±1%Vo
Transient Response Settling Time
High Reliability/COTS
UV300-5-164
100
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-8-164
100
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-12-164
200
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-15-164
200
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-24-164
200
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
UV300-28-164
200
μs
20-80% Rated Current, 0.5A/ μs, ±1%Vo
VDC
May be OVP limited
Remote Sense Compensation
0.5
Current Sharing (Parallel Operation)
5
%
Using Parallel Pin Connection or PDM
Switching Frequency
370
KHz
Standard Model
300
KHz
-S Sync Option Model
Khz
Using Optional Sync Pin and External Sync Signal
ºC/W
Free Air, No Heatsink, Tc=100ºC
Switching Frequency Range
Thermal / Mechanical Parameters
330
Thermal Resistance, Case to Ambient
4.2
Size, HxWxL
0.5” x 2.4” x 3.6”., (12.7 x 61.0 x 91.4 mm), 3/4 Brick, See Outline Drawing
Weight
5.7 (161) oz. (g)
www.astrodyne.com 536
440
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV300-164 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples
Model Output
Output Voltage
Output Current
Efficiency
UV300-5-164
5V
50A
82%
UV300-8-164
8V
36A
86%
UV300-12-164
12V
25A
85%
UV300-15-164
15V
20A
86%
UV300-24-164
24V
12.5A
88%
UV300-28-164
28V
11A
88%
www.astrodyne.com
High Reliability/COTS
Mechanical Dimensions
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 537
UV300 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples Miniature Size
Optional Sync Pin
High Density – Up to 58 W/in.3
Non-Shutdown OVP
Constant Frequency – 370KHZ
Logic On-Off
Parallelable with Current Sharing
Thermal Protection
Fault Tolerant – n+m Redundancy
Current Limit/Short Circuit Protection
Extremely Low Thermal Resistance
UL/CSA/TUV/CE MARK Approvals
Output Good Signal
Input
Min
Typical Max
Units
Input Voltage
220
300
VDC
Brownout
180
400
VDC
75% full output
High Reliability/COTS
Inrush Charge
4.5 x 10-5
Coulombs
Input Reflected Ripple
20
%
Full load, nominal line
No Load Power Dissipation
2.5
Watts
Singles
7.5
Watts
Triples
Logic Disabled Power In
1
Watts
Input Ripple Rejection
60
dB
@120 Hz
Output
Set Point Accuracy
±1
%
No load
(Singles and Main Output of Triple)
Load Regulation
.02
.2
%
0 to full load
Line Regulation
.02
.2
%
Over range
Ripple
1
3
%p-p
0 to 20MHz
%
Consult factory for extended range
V
Total
Trim Range
±10
Remote Sense Compensation
0.5
OVP (Non-shutdown auto. recovery)
120*
%
* or Vout +.5V whichever is greater
Current Limit (auto recovery)
110-120
%
Full load
Current Sharing (automatic)
±5
%
Full load
Transient Response Singles
50
μs
20-80% load,.5A/μs, Vout 1%
μs
0-20A, aux. loads 2.5A, .25A/μs, Vout 1%
Transient Response Main Output Triples
200
Transient Response
see www.astrodyne.com
Temp Drift
.02
%/°C
±1
%
10A on Main, No Load Auxiliaries
%
0 to Full Load
Output
Set Point Accuracy
±0.5
(Auxiliary Outputs of Triples)
Load Regulation
2.5
Line Regulation
.01
.1
%
Over Range
Ripple
.25
.5
%p-p
0 to 20 MHz
Current Limit (Auto Recovery)
110-120
%
Full Load
Transient Response
200
μs
20-80% Load, Vout within 1%
200
μs
Low Line to High Line, Vout 1%
200
μs
50-100% Load, Vout 1%
.06
%/°C
Temp Drift
www.astrodyne.com 538
Conditions
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
UV300 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples Min
Thermal
Conditions
250
ms
Input power applied, Vout 1%
Logic Turn on Time
2
ms
Vout within 1%
1
mA
Sink
Input to Output
4500
VDC
Consult factory for procedure
Input to Case
2500
VDC
Output to Case
500
VDC
Input to Output Capacity
5700
pF
Operating Temperature
-40
Automatic Shutdown Temperature
+100
Thermal Resistance Case to Ambient
Weight Size
Units
Turn on Time Logic Disabled Current
Isolation
Max
+100
°C
Case
+110
°C
Case
4.2
°C/w
Single @ Tc=100 °C
3.3
°C/w
Triple @ Tc=100 °C
+105
7oz. (Singles), 9oz. (Triples) 0.5” x 2.4” x 3.6” (Singles), 0.5” x 2.4” x 4.6” (Triples)
Model Number
Output Voltage
Output Current
UV300-2
2.1V
60A
UV300-3
3.3V
50A
UV300-5
5V
40A
UV300-8
8V
30A
UV300-12
12V
20A
UV300-15
15V
16A
UV300-24
24V
10A
UV300-28
28V
9A
UV300-T512
5V
35A*
12V
3A*
-12V
3A*
UV300-T515
5V
35A*
15V
3A*
-15V
3A*
High Reliability/COTS
Control
Typical
*Maximum Total Output Power 185 W. Option: –A Output Good Deleted – S Sync. Pin Option
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 539
UV300 MicroVerter® series 126-252 Watts 300VDC Input 3/4 Brick Singles / Full Brick Triples
Mechanical Dimensions - Single
High Reliability/COTS
Mechanical Dimensions - Triple
www.astrodyne.com 540
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
MV380 MegaVerter® series 500-600 WATTS 380VDC Input Full Brick High Power
Universal AC input Protections: Short circuit / Overload / Over voltage
Suitable for LED lighting and moving sign applications High reliability, low cost Fully isolated plastic case
Epoxy encapsulated with IP67 level
Small and compact size
Cooling by free air convection
UL1310 Class 2 power unit, pass LPS
Min Parameter
Input
Typical Max
-0.3
420
VDC
Enable Voltage (Enable to -In)*
-0.3
6.0
VDC
Parallel Pin Voltage (ref to -In)*
-0.3
5.0
VDC
Storage Temperature*
-55
+125
°C
Operating Temperature*
-40
+100
°C
Wave Soldering Temperature*
260
°C
Hand Soldering Temperature*
390
°C
400
VDC
2.5
A
Input Voltage
360
380
Maximum Input Current Input Ripple Rejection
Output
Units
Input Voltage (+In to -In)*
60
Conditions
dB
@120Hz
Voltage Set Point MV380-26
25.75
26.0
26.25
VDC
380Vin, 25°C, Full load
MV380-48
47.50
48.0
48.50
VDC
380Vin, 25°C, Full load
MV380-56
55.50
56.0
56.50
VDC
380Vin, 25°C, Full load
Load Regulation
0.3
0.6
%
0 to Full load
Line Regulation
0.02
0.2
%
Over Vin Range
0.02
%/°C
-40 to +100°C
2
%V p-p
5Hz to 20Mz
Voltage Drift w/Temperature Ripple
1
High Reliability/COTS
Constant voltage design
Rated Current MV380-26
0
20.0
A
MV380-48
0
12.5
A
MV380-56
0
10.7
A
520
W
600
W
130
% FL
Vout = 95% Vout nominal
150
% FL
Vout = 250 mV
Output Power MV380-26 MV380-48 and MV380-56 Current Limit Inception
115
120
Short Circuit Current Transient Response Peak Deviation (1.0A/μsec slew rate) MV380-26
5
% Vout
25% to 75% Load Change
MV380-48 and MV380-56
5
% Vout
25% to 75% Load Change
Time (1.0A/μsec slew rate)
100
μsec
Vout within 1% Vout nominal
*Absolute Maximum Ratings
www.astrodyne.com
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 541
MV380 MegaVerter® series 500-600 WATTS 380VDC Input Full Brick High Power Min
Typical Max
Units
Output
External Load Capacitance
(Continued)
MV380-26
0
3,300
uF
MV380-48 and MV380-56
0
1,000
uF
Input/Output Isolation
4500
VDC
Sense/Output Isolation
500
VDC
Input/Baseplate Isolation
2500
VDC
Output/Baseplate Isolation
500
VDC
Sense Baseplate Isolation
500
VDC
Isolation
Input to Output Capacitance
Mechanical
4300
Input to Output Resistance
10
Weight
230g (7.4oz)
Size
0.5” x 2.4” x 4.6”
pF
Conditions
Case Floating
Mohms
Thermal Resistance, Case to Ambient (Radiation plus natural convection)
Feature
3.3
Power Sharing Accuracy
°C/W
Case Temp. = 100°C
±5
%FL
10 to 100% Full load **200mA Minimum load required for VDC <20V
Trim Range
High Reliability/COTS
MV380-26
18**
30
VDC
MV380-48
40
51
VDC
MV380-56
48
60
VDC
0.5
VDC
Remote Sense Compensation Over Voltage Protection MV380-26
30
36
VDC
25°C Case Temperature
MV380-48
54
60
VDC
25°C Case Temperature
MV380-56
66
72
VDC
25°C Case Temperature
Over Temperature Shutdown
+100
+110
°C
Case Temperature
msec
FL, Vout within 1% Vout Nominal
V
Vout = 0 @ V enable = 0V
Turn On Time Logic Off Threshold
+105 600
0.8
Enable* Enable Current (Logic Off)
1.0
mA
Logic On Threshold
2.4
V
Logic Turn on Time
2
msec
FL, Vout within 1% Vout Nominal
*An open collector connection or equivalent is recommended for ON/OFF control.
www.astrodyne.com 542
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
MV380 MegaVerter® series 500-600 WATTS 380VDC Input Full Brick High Power
High Reliability/COTS
Mechanical Dimensions
Model Number
Output Output Voltage Current
MV380-26 MV380-48 MV380-56 MV24-28-600 MV380-28-700
26V 48V 56V 28V 28V
www.astrodyne.com
20.0A 12.5A 10.7A 21.5A 25A
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458 543
MV24-28-600S series High Output Power, High Efficiency DC/DC Converter Industry Standard 4.59” x 2.4” x 0.5” Package
Output Under Voltage Protection
High Power Density up to 109.29W/Inch3
Adjustable Output Voltage
High Typical Efficiency of 91%
Remote Sense
Low Output Noise
Auxiliary Voltage of 8V, +/-1V
Metal Baseplate
I.O.G. (DC Good): Open Collector Output
Thermal Protection
Remote ON/OFF Control
Over Voltage and Over Current Protection
Absolute Maximum Ratings (Min to Max)
Isolation Specifications
Input Voltage (+In to -In) Storage Temperature Operating Temperature Operating Humidity
Input-Output, Input-Case Output-Case Input-Output Capacitance Isolation Resistance
-0.3 to 50VDC (<100mS) -0.3 to 36VDC (Continuous) -55 to +125°C -40 to 100°C Temperature measurement shall be taken from baseplate (Tb). 30 to 95%
High Reliability/COTS
Input Specifications Input Voltage Range Input Current FL Inrush Transient Input Ripple Rejection
18-36VDC 28.9A max. @ 24Vin, Full Load (FL) 2A2s 60dB@120Hz
General Specifications MTBF Weight Size
Control Specifications
28VDC 27.95-28.05V @ Tb=25°C, 24Vin, FL 27.72-28.28 @ 24Vin, FL +/-0.02%/, max. +/-0.02%/, max. +/-0.02%/°C, -40 to 100°C 250mV p-p max. (Note 2)
200mS @ 80% FL, max. Vo with +/- 1%Vo Set 60-100% with Cap, 440µF/35V Tb=25°C
Notes
3%Vo, set (Note 4) 300µS 115-135% of Output, o=0.5A 12V, Output Overload & Short Circuit 105-115°C, Auto Recover @ 100°C 105-140% of Rate Load (Note 3) 91% @ 24 Vin, 28Vo, 80%L Tb=25°C
1. At Vo = 28V. If Vo > 28V, Output Power (Po) should be ≤ 602W. 2. Bandwidth 5Hz to 20MHz and with filter 0.1≤ F MLCC series 100Ω min. Output Capacitor: 220µF *2, Tc ≥ 20°C, 220µF*4, Tc ≤ 20°C. 3. Current Limit Inception Point Vo=90% of Vo, set @ Tb=25°C,. 4. 25%-50%-75% load, 0.1A/ ≤S; with Cap. 440µF/35V Tb=25°C, 24Vin. 5. Sine Wave, 10-55Hz (Sweep for 1 min.), Amplitude 0.825mm Constant (Max. 0.5g) X, Y, Z at 1 hour each, at No operation.
Model Output
Output Voltage
Output Amps
Input Range
Max. lin FL
Efficiency
Max. Output Power
MV24-28-600S
28VDC
21.5
18-36VDC
28.9A
91%
600 Watts
www.astrodyne.com 544
1.2Mhrs Tb=40°C, 80%FL, 24Vin 7.94oz (225g) 4.59” x 2.4” x 0.5” (116.59mm x 60.96mm x 12.7mm)
Turn-On Time Trim Adjustment Range
Output Specifications Output Voltage Output Current (lo, max.) Output Voltage Accuracy Load Regulation (0% to FL) Line Regulation (HL-LL) Temperature Coefficient Ripple/Noise Dynamic Response Peak Deviation Setting Time Over Voltage Protection Output Under Voltage Protection Over Temperature Protection Current Limit Efficiency
1500VDC, 60S 500VDC, 60S 2000pF 100MΩ @ Tb=25°C & 70%RH Output to Baseplate-500VDC
USA: 1-800-823-8082 • Asia Paci fic: 886-2-26983458
MV24-28-600S series High Output Power, High Efficiency DC/DC Converter
High Reliability/COTS
Trim Circuit
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 545
MV24-28-600S series High Output Power, High Efficiency DC/DC Converter
Baseplate Measure Point
High Reliability/COTS
Derating Curve
www.astrodyne.com 546
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
MV24-28-600S series High Output Power, High Efficiency DC/DC Converter
High Reliability/COTS
Mechanical Dimensions
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 547
Jerome www.astrodyne.com 548
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
Jerome www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 549
Jerome www.astrodyne.com 550
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
Jerome www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 551
Jerome www.astrodyne.com 552
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
Jerome www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 553
Jerome www.astrodyne.com 554
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458
Jerome www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Paci fic: 886-2-26983458 555
OTHER PRODUCTS
available for sale
For complete specifications please visit www.astrodyne.com
556
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
CUSTOM PRODUCTS capabilities Astrodyne provides many of our customers with a customized product design to meet their specific needs. Whether a standard or custom-tailored design, we will provide you with a timely and cost-effective power supply solution. Custom Product Definition Our experienced Technical Support Engineers are power supply specialists with the power design experience and in-depth product knowledge to help you define the exact custom design to meet your specific application needs. They will review your design requirements and work with you through every step of the process from initial definition, through prototype delivery, to final production stages to assure you get the right product – on time to meet your schedule.
ISO-9001/ISO14001 approved and can provide high capacity and low cost production for virtually any power supply product. Unlike many companies, Astrodyne’s flexible manufacturing can support small, medium, and high volume requirements while maintainingthe lowest costs possible. We can support your product quantity requirements from initial market introduction through large volume growth as your product market develops.
100% Test and Burn In
Volume Manufacturing Our worldwide manufacturing facilities are
www.astrodyne.com
Astrodyne warranties all products for a minimum of 2 years from date of shipment. Extended warranties are available at time of product release. Should any product require service, we will repair or replace any warranted product at no charge.
• Modified Output Voltages • Specialty I/O Connectors • Cable/Connector Assemblies • Full Custom Electrical Design • Mechanical and Packaging Design • Label and Package Customization
Design Service and Support
to take your product requirements from concept to prototype samples. They can effectively complete the design, test qualifications, and associated documentation to complete the design process. They remain involved after customer prototype approval to assure full production integration.
Warranty and Service
Custom Capabilities
Design Services
Our Design Engineering staff utilizes the latest in computer-based design tools coupled with their power design experience
from UL, TUV, to full CB certification. With our standard products having all associated commercial and medical safety agency approvals, we are highly experienced in both the design and certification process flow.
We functionally test all key parameters and perform powered burn-in on all products prior to shipment to assure full functionality upon receipt by our customers. Internal tracking by lot code, date code, and serialization assures complete quality management throughout the entire manufacturing process to provide you with the highest quality power supply you can trust in your product.
Submit Your Custom Product Request By: • Contacting Technical Support at 1-800-823-8082 • Submit the Custom Product Request available on our Website
astrodyne.com
Safety Testing & Certification Our Engineering staff will provide the required testing and documentation to obtain any required safety approvals,
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458 6-2-2698344588
423
557
Custom Product Request
______________________________________________________
Astrodyne can customize a power supply product to meet your specific need. Please complete the specification for below and submit to us for review. Be as detailed as possible and include any notes regarding your application that may help us specify the exact product match. We will contact you regarding the best product solution to match your requirements in a short time.
Contact Information First Name:
Last Name:
Company: Address Line 1: Address Line 2: City:
State:
Phone:
Fax:
Zip:
Country:
Email:
General Information Prototype Quantity:
Annual Quantity:
Expected Delivery:
Input Voltage Range Min:
Max:
Multiple:
Outputs Output 1
Output 2
Output 3
Output 4
Min Current: Max Current: Nominal Volts: Tolerance/Adj: Current Limit: Over Voltage Protection:
Safety Standards Notes:
Environment Standards Dimensions:
x
x
Input Connector: Output Connector: Package Style:
Additional Notes Notes:
558
424
www.astrodyne.com www.astrodyne.com
USA: USA: 1-800-823-8082 1-800-823-8082 â&#x20AC;˘â&#x20AC;˘ Asia Asia A Pacifi Pacific: c:886-2-26983458 886-2-26983458
Custom Order Notes
559
GLOSSARY of terms Terms From Principles of Power Conversions Section (Pages 4 - 27) AC LINE VOLTAGE: The voltage commonly delivered by the commercial power line to consumers. In the United States, the two standards are 117V and 234V (+/- approx. 5%). The lower voltage is used by most appliances; the higher voltage is intended for appliances and equipment that draws high power, such as electric ovens, cooking ranges, clothes dryers, and similar appliances. In Europe, 220V is the common AC voltage standard. AC NOISE: Electromagnetic interference originating in the AC power lines or electrical noise of a rapidly alternating or pulsating nature. AMBIENT TEMPERATURE: The temperature of the environment, usually the still air in the immediate proximity of the power supply. BREAKDOWN VOLTAGE: A voltage level at which dielectric insulation fails by excessive leakage current or arcing. For power supplies the breakdown voltage is the maximum AC or DC voltage that can be applied from input to output and/or chassis. BRIDGE RECTIFIER: A full wave rectifier circuit employing four rectifiers in a bridge configuration. BROWNOUT: the condition created during peak usage periods when electric utility companies intentionally reduce their line voltage by approximately 10 - 15% to counter excessive demand. BROWNOUT PROTECTION: The ability of a power supply to continue operating within specification through the duration of a brownout. BURN-IN: Operating a newly manufactured power supply, usually at rated load, for a period of time in order to force component infant mortality failures or other latent defects before the unit is delivered to a customer. CAPACITIVE COUPLING: Coupling of a signal between two circuits, due to discrete or parasitic capacitance between the circuits, often via the PC Board. CFM: (Cubic Feet per Minute) indicates the volume of air that a fan will move in one minute at 0 (zero) STATIC PRESSURE. It is important to note that CFM specifications are stated at zero static pressure because this is the point at which airflow is highest.As static pressure increases airflow decreases. As a general guideline there should be a vent hole area that is equal to approximately 1.5x the area of the fan venturi (hole) to prevent excessively high static pressure. CFM is sometimes stated as “m3” (cubic meters per minute) or as “liters per second”. Both of these alternate airflow expressions can be translated into CFM by the application of simple equations. COMMON MODE NOISE: Noise present equally on two conductors with respect to some reference point; often used specifically to refer to noise present on both the hot and neutral AC lines with respect to ground. CONSTANT CURRENT POWER SUPPLY: A power supply designed to regulate the output current for changes in line, load, ambient temperature, and drift over time. CONTROL CIRCUIT: A circuit in a closed-loop system, typically containing an error amplifier, which controls the operation of the system to achieve regulation. CONVECTION: The transfer of thermal energy by normally occuring air currents resulting from unequal temperatures.
560
CROSS REGULATION: The effect of a load change on one output to the regulation of another output. It usually only applies to non-postregulated (quasi) outputs. CROWBAR: An overvoltage protection method which shorts the power supply output to ground in order to protect the load when an overvoltage fault is detected, Clamp. CURRENT LIMITING: An overload protection circuit that limits the maximum out put current of a power supply in order to protect the load and/or the power supply. CURRENT MODE: A control method for switch-mode converters where the converter adjusts its regulating pulse width in response to measured current. DERATING: A reduction in an operating specification to improve reliability. For power supplies it is usually a specified reduction in output power to permit operation at higher ambient temperatures. DIFFERENTIAL MODE NOISE: Noise that is measured between two lines with respect to a common reference point excluding common-mode noise. The resultant measurement is the difference of the noise components of the two lines. The noise between the DC output and DC return is usually measured in power supplies. DIRECT CURRENT: A mode of output related to current that has either a positive or negative fixed polarity and flows in one direction. A DC charge can be stored more easily and is used for all batteries. DRIFT: The change in an output voltage, after a warm-up period, as a function of time when all other variables such as line, load, and operating temperature are constant. DROPOUT: The lower limit of the AC input voltage where the power supply begins to experience insufficient input to maintain regulation. The dropout voltage for linears is quite load dependent. For most switchers it is largely design dependent, and to a smaller degree load dependent. DUTY CYCLE: The duty ratio D is the ratio of the on-time (ton) to the period (T). The on-time(ton) is the time that the energy transfer inductor is taking energy from the source and is usually controlled by the on-time of a power transistor switch. The off-time (toff) is the time that the energy transfer inductor is idle or delivering energy to the load which is usually controlled by the off-time of a power transistor switch. The sum of the on-time and off-time is the period (T), which is also the reciprocal of the switching frequency (f). The dimensions of ton, toff, and T is seconds. D is a dimensionless ratio that can have values between zero and one. Frequency (f) has the dimensions Hertz (preferred) or cycles-per-second. EFFICIENCY: The ratio of total output power to input power expressed as a percentage. Normally specified at full load and nominal input voltage. EMI: Abbreviation for Electromagnetic Interference, which is the generation of unwanted noise during the operation of a power supply or other electronic equipment. ESR: Equivalent Series Resistance. The value of resistance in series with an ideal capacitor which duplicates the performance characteristics of a real capacitor.
FAULT MODE INPUT CURRENT: The input current to a power supply with a short circuit on the output. www.astrodyne.com USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
GLOSSARY of terms FLOATING OUTPUT: An output of a power supply that is not connected or referenced to any other output, usually denotes full galvanic isolation. They generally can be used as either positive or negative outputs. Non-floating outputs share a common return line, and are hence DC referenced to one another. FLYBACK CONVERTER: The flyback converter is the simplest type of switcher. In most cases, it uses one switch and only needs one magnetic element - the transformer. Flybacks are limited to outputs of generally lower than 200 Watts. FOLDBACK CURRENT LIMITING: A type of protection circuit where the output current decreases as the overload increases. The output current reaches a minimum as the load approaches a short-circuit condition. FORWARD CONVERTER: Similar to flyback converter but the forward converter stores energy in the output inductor instead of the transformer. FULL BRIDGE FORWARD CONVERTER: It has the capability for very high performance and can produce high power with four switches and requires only two magnetic elements. GROUND: An electrical connection to earth or some other conductor that is connected to earth. Sometimes the term “ground” is used in place of “common,” but such usage is not correct unless the connection is also connected to earth. GROUND LOOP: An unintentionally induced feedback loop caused by two or more circuits sharing a common electrical ground. HEATSINK: Device used to conduct away and disperse the heat generated by electronic components. HICCUP MODE: As the name implies, if a current limit is sensed, the power supply will reduce its output voltage to zero and then, after a short time, it will attempt to “restart” or provide its normal voltage. These On-Off attempts at operation are referred to as a hiccup-mode. Should the overload condition be removed, the supply will again operate normally at the next restart cycle. HIGH LINE: Highest specified input operating voltage for a power supply; ie: 85-265VAC input range specification, with 265VAC being the high line condition. HIPOT: Abbreviation for High Potential, and generally refers to the high voltages used to test dielectric withstand capability for regulatory agency electrical safety requirements.
INPUT LINE FILTER: An internally or externally mounted low-pass or band-reject filter at the power supply input which reduces the noise fed into the power supply. INRUSH CURRENT: The peak current flowing into a power supply the instant AC power is applied. This peak is usually much higher than the steady state input current due to the initial charging of the input filter capacitors. ISOLATION: Two circuits that are completely electrically separated with respect to DC potentials, and almost always also AC potentials. In power supplies, it is defined as the electrical separation of the input and output via the transformer. ISOLATION VOLTAGE: The maximum AC or DC voltage which maybe continuously applied from input to output and/or chassis of a power supply. LEAKAGE CURRENT: A term relating to current flowing between the AC supply wires and earth ground. The term does not necessarily denote a fault condition. In power supplies, leakage current refers to the current which flows through the EMI filter capacitors which are connected between the AC lines and ground. LFM: Airflow of a fan, specified an Linear Feet per Minute at static opening input pressure. LFM is related to CFM (Cubic Feet per Minute) by the equation: LFM=CFM/Orifice opening Area in Ft². LINE REGULATION: The change in output voltage when the input voltage is changed from minimum to maximum specified. LINEAR REGULATOR: A regulating technique where an active device such as a transistor is placed in series with a power supply output to regulate the output voltage. LOAD REGULATION: The change in output voltage when the load on the output is changed, expressed in percent of output voltage. LOCAL SENSING: Using the voltage output terminals of the power supply as sense points for voltage regulation. LOGIC ENABLE: The ability to turn a power supply on and off with a TTL signal. A logic low generally turns the supply off; a logic high turns it on. LONG TERM STABILITY: Power supply output voltage change due to time with all other factors held constant. This is expressed in percent and is a function of component aging.
HOLD-UP TIME: The length of time a power supply can operate in regulation after failure of the AC input. Linears have very short hold-up times due to the energy storage product of their low voltage secondary side output capacitors. Switchers have longer times due to their higher voltage primary side energy storage capacitors.
LOW LINE: Lowest specified input operating voltage for a power supply; ie: 85-265VAC input range specification, with 85VAC being the low line condition.
INHIBIT: The ability to electrically turn off the output of a power supply from a remote location. On/Off control.
MARGINING: Adjusting a power supply output voltage up or down from its minimal setting in order to verify system performance margin with respect to supply voltage. This is usually done electrically by a system-generated control signal.
INPUT CURRENT: The amount of current, expressed in amperes, drawn from the AC line (for AC/DC power supplies) or DC input (for DC/DC converters) by the power converter when operated at specified nominal input voltage and rated maximum output static load.
www.astrodyne.com
MAXIMUM LOAD: The maximum load current/power that may be drawn from the power supply without tripping output overload protection circuitry or blowing the input fuse. Input line levels and ambient temperatures can affect maximum load capability.
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
561
GLOSSARY of terms MINIMUM LOAD: The minimum load current/power that must be drawn from the power supply in order for the supply to meet its performance specifications. Less frequently, a minimum load is required to prevent the power from failing.
PEAK POWER: The absolute maximum output power that a power supply can produce without immediate damage. Peak power capability is typically well beyond the continuous reliable output power capability and should only be used infrequently.
MODULAR: A physically descriptive term used to describe a power supply made up of a number of separate subsections, such as an input module, power module, or filter module.
POST REGULATOR: A secondary regulating circuit on an auxiliary output of a power supply to provide full regulation on that output.
MTBF: (Mean Time Between Failures) may be calculated or demonstrated. The usual calculation is per Mil-Std 217 rev E. Demonstrated reliability is usually determined by temperature accelerated life testing. NOISE: Noise is the periodic and/or random component of undesired deviations in output voltage. Usually specified in combination with ripple. NORMAL VALUE: A usual, average, normal, or expected operating condition. This stated value will probably not be equal to the value actually measured. OFF LINE: A power supply which receives its input power from the AC line, without using a 50/60 Hz power transformer prior to rectification and filtering, hence the term “off line” power supply. OPEN FRAME: A power supply where there is no external metal chassis; the power supply is provided to the end user essentially as a printed circuit board which provides mechanical support as well as supporting the components and making electrical connections. OPTOISOLATOR: An electro-optical device which transmits a signal across a DC isolation boundary. Usually used in a closed loop control circuit. OUTPUT NOISE: The AC component that may be present on the DC output of a power supply. Switch-mode power supply output noise has two components: a lower frequency component at the switching frequency of the converter and a high frequency component due to fast edges of the converter switching transitions. Noise should always be measured directly at the output terminals with a scope probe having an extremely short grounding lead. Measurement bandwith is typically 20Mhz. OUTPUT VOLTAGE RANGE: The minimum and maximum adjustable voltage range of the power supply allowed to maintain regulated operation, usually specified as a +/-% of nominal rated output voltage of the power supply. OVERLOAD PROTECTION: A power supply protection circuit that limits the output current under overload conditions. OVERSHOOT: A transient output voltage change which exceeds the high limit of the voltage accuracy specification and is caused by turning the power supply on or off, or abruptly changing line or load conditions. OVERVOLTAGE PROTECTION: A circuit which either shuts down the power supply or crowbars the output in the event of an overvoltage condition. PARALLEL OPERATION: Connecting the outputs of two or more power supplies with the same output voltage for the purpose of obtaining a higher output current. This requires power supplies specially designed for load sharing.
POWER DISSIPATION: The active thermodynamic action of removing heat from an object to the surrounding free ambient air. In power supplies, this is normally accomplished by heat sinking or with forced airflow by use of a fan. POWER FACTOR: The ratio of true power to apparent power in an AC circuit. In power conversion technology, power factor is used in conjunction with describing the AC input current to the power supply. POWER FAIL: A power supply interface signal which gives a warning that the input voltage will no longer sustain full power regulated output. PRELOAD: A small amount of current drawn from a power supply to stabilize its operation. Preloads are usually provided by a bleeder resistor. PULSE WIDTH MODULATION (PWM): A switching power conversion technique where the on-line (or width) of a duty cycle is modulated to control power transfer for regulating power supply outputs. PUSH-PULL CONVERTER: A switch mode power supply topology which utilizes a center-tapped transformer and two power switches. The two switches are alternately driven on and off. QUASI REGULATED OUTPUT: The regulation of an auxiliary output that is accomplished by regulation of the main output. A transformer turns ratio, commensurate with the desired auxiliary output voltage, is used in conjunction with the output around which the main control loop is closed. Quasi regulated outputs can be reasonably well regulated, but are significantly affected by second order effects in the converter. RATED OUTPUT CURRENT: The maximum load current that a power supply can provide at a specified ambient temperature. REFLECTED RIPPLE CURRENT: The RMS or peak-to-peak AC current present at the input of the power supply which is a result of the switching frequency of the converter. REGULATION: The ability of a power supply to maintain an output voltage within a specified tolerance as referenced to changing conditions of input voltage and/or load. REMOTE SENSE: Wires connected in parallel with power supply output cables such that the power supply can sense the actual voltage at the load to compensate for voltage drops in the output cables and/or isolation devices. RETURN: The designation of the common terminal for the power supply outputs. It carries the return current for the outputs. REVERSE VOLTAGE PROTECTION: A protection circuit that prevents the power supply from being damaged in the event that a reverse voltage is applied at the input or output terminals.
PARD: Periodic And Random Deviation, referring to the sum of all ripple and noise components on the DC output of a power supply, regardless of nature or source. 562
www.astrodyne.com
USA: 1-800-823-8082 • Asia Pacific: 886-2-26983458
GLOSSARY of terms RFI: An abbreviation for Radio Frequency Interference, which is undesirable noise produced by a power supply or other electrical or electronic device during its operation.
TRANSIENT RECOVERY TIME: The time required for an output voltage to be within specified accuracy limits after a step change in line or load conditions.
RIPPLE AND NOISE: The amplitude of the AC component on the DC output of a power supply usually expressed in millivolts peak-to-peak or RMS. For a switching power supply, it is usually the switching frequency of the converter stage.
UNDERSHOOT: A transient output voltage change which does not meet the low limit of the voltage accuracy specification and is caused by turning the power supply on or off, or abruptly changing line or load conditions.
SAFETY GROUND: A conductive path to earth that is designed to protect persons from electrical shock by shunting away any dangerous currents that might occur due to malfunction or accident.
UNDERVOLTAGE PROTECTION: Input monitoring and control circuitry used to prevent power supply shutdown or damage during brief or extended reduced input voltage conditions below that of the rated low line specification.
SECONDARY: The output section of an isolated power supply which is isolated from the AC mains and specially designed for safety of personnel who might be working with power on the system.
UNIVERSAL INPUT: Refers to power supplies that can actively adapt to an AC main input supply voltage that varies across a wide range of input voltages (typically: 85â&#x20AC;&#x201C;264V AC) without manual selection.
SELV: An abbreviation for Safety Extra Low Voltage, a term generally defined by the regulatory agencies as the highest voltage that can be contacted by a person and not cause injury.
UPS: (Uninterruptible Power Supply). A power supply which continues to supply power during a loss of input power, by use of a battery/power inverter combination.
SEQUENCING: The technique of establishing a desired order of activating the outputs of a multiple output power supply.
VOLTAGE MODE: Closed loop control of a switching converter where the pulse width is varied in response to changes in voltage to regulate the output.
SOFT LINE: A condition where there is substantial impedance present in the AC mains feeding input power to a power supply. The input voltage to the power supply drops significantly with increasing load. SOFT START: A technique for gradually activating a power supply circuit when the power supply is first turned on. This technique is generally used to provide a gradual rise in output voltages and inrush current limiting.
WARM-UP DRIFT: The initial change in the output voltage of a power supply in the time period between turn-on and when the power supply reaches thermal equilibrium at 25 degrees Centigrade, full load and nominal line. WARM-UP TIME: The time required after initial turn on for a power supply to achieve compliance to its performance specifications.
STANDBY or IDLE CURRENT: The input current drawn by a power supply when shut down by a control input (remote inhibit) or under no load. STORAGE TEMPERATURE: The range of ambient temperatures through which an inoperative power supply can remain in storage without degrading its subsequent operation. SWITCHING FREQUENCY: The rate at which the DC voltage is switched on and off during the pulse width modulation process in a switching power supply. TEMPERATURE COEFFICIENT: The average output voltage change expressed as a percent per degree centigrade of ambient temperature change. This is usually specified for a pre-determined temperature range. TEMPERATURE DERATING: Reducing the output power of a power supply with increasing temperature to maintain reliable operation. THERMAL PROTECTION: A power supply protection circuit which shuts the power supply down in the event of unacceptably high internal temperatures. TOPOLOGY: The design type of a converter, indicative of the configuration of switching transistors, utilization of the transformer, and type of filtering. Examples of topologies are the Flyback, Forward, Half-Bridge, Full Bridge, and Resonant. TRACKING: A characteristic in a multiple output power supply where any changes in the output voltage of one output caused by line, load, and/or temperature are proportional to similar changes in accompanying outputs.
www.astrodyne.com
USA: 1-800-823-8082 0-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
429
563
PRICE LIST 28
41
Series
Output Power
Price (1)
Price (10)
TS700 TS200 TS400 TS700 TS1000 TS1500 TN1500
700 200 400 700 1000 1500 1500
$475 $201.60 $259.35 $498.75 $576.45 $779.10 $866.25
$441 $186.90 $241.50 $463.05 $536.55 $724.50 $788.55
Price (1) $31.50 $31.50 $40.95 $41 $44.10 $44.10 $52 $43.05 $57.75 $141 $55.65 $109.20 $54.60 $54.60 $57.75 $138.60 $107.10 $153.30 $215.25 $227.85
Price (10) $28.35 $28.35 $37.80 $38 $40.95 $40.95 $48 $39.90 $51.45 $131 $51.45 $89.25 $50.40 $50.40 $53.55 $110.25 $86.10 $121.80 $197.40 $206.85
Lighting Power Series LPC20 LPV20 ELN30 PLN30 LPC35 LPV35 LPC60 PLN30 ALD120 OLP48 ELN60 CLG60 LPC60 LPV60 PLN60 CLG100 PLN100 CLG150 HLG240 HLG240H
80
Output Power 20 20 30 30 35 35 50 30 48 120 60 60 60 60 60 100 100 150 240 240
Open Frame Supplies
Series Output Power EFM5 (Single Output) 5 EFM5 (Dual Output) 5 EFM5 (Single Output) 5 (Triple Output) EFM10 (Single Output) 10 EFM10 (Single Output) (Dual Output) 10 EFM10 (Triple Output) 10 EFM15 15 EFM15 (Single (Single Output) Output) EFM15 (Dual Output) 15 EFM15 (Single (Triple Output) 15 EFM30 Output) 30 EFM30 (Single Output) 30 EFM30 (Triple Output) 30 (Dual Output) 30 EFM30 (Triple Output) 30 ASL15 15 ASL10 10 ASL15 15 OFM20 20 OFM20 (Dual (SingleOutput) Output) 20 20 OFM20 (Dual Output) PD25 25 PS25 25 PD25 25 LPS75 75 LPS50 50 LPS75 75 PS45 45 LPS100 100 45 PS45 PT45 45 PD45 45 45 PT45 PD65 65 PS65 65 PD65 65 PT65 65
Price (1) $35.70 $39.90 $34 $42.00 $42.00 $40 $45.15 $46.20 $45 $47.25 $50.40 $52.50 $72 $75.60 $80.85 $81 $85.05 $42.00 $45 $47.25 $54.60 $55 $57.75 $34 $30.45 $35.70 $43.05 $47 $49.35 $59.85 $33 $34.65 $40 $39.90 $42.00 $40 $37.80 $42.00 $44.10
Price (10) $33.60 $37.80 $32 $39.90 $39.90 $38 $42.00 $43.05 $42 $44.10 $47.25 $49.35 $69 $72.45 $77.70 $77 $80.85 $39.90 $42 $44.10 $51.45 $52 $54.60 $32 $28.35 $33.60 $31.50 $37 $38.85 $56.70 $30 $31.50 $38 $37.80 $39.90 $38 $35.70 $39.90 $42.00
(continued next column)
564
Series Output Power ASL40 (Single Output) 40 ASL40 (Dual Output) 40 ASL60 (Single Output) 60 ASL60 (Dual Output) 60 ASL150 150 ASL150 150 ASL365 365 BSL40 (Single Output) 40 BSL60 (Single Output) 60 PQ100 100 LPP100 100 LPP150 150 PD110 110 PD110 110 PPS125 125 PPT125 125 PMK130 - Open (Single Output) 130 (Triple Output) 130 PMK130 - U-Channel (Single Output) 130 (Triple Output) 130 PWC 5 PWC (SIP) 5 12 PWC12 12 PWC12 (SIP)
Alternative Energy
www.astrodyne.com
167
Price (1) $42.00 $46.20 $57.75 $63.00 $138.60 $132 $313.95 $46.20 $63.00 $77.70 $72.45 $79.80 $69 $72.45 $109.20 $119.70
Price (10) $38.85 $43.05 $53.55 $58.80 $129.15 $123 $282.45 $43.05 $58.80 $72.45 $68.25 $74.55 $65 $68.25 $97.65 $109.20
$73.50 $78.75
$68.25 $73.50
$77.70 $81.90 $33.60 $35.70 $35.70 $37.80
$72.45 $76.65 $31.50 $33.60 $33.60 $35.70
Encapsulated Supplies Output Power Series ECA (PCB Mount) ECA5 (Single Output) 5 ECA5 (Dual Output) 5 ECA5 (Triple Output) 5 ECA10 (Single Output) 10 10 ECA10 (Dual Output) 10 ECA10 (Triple Output) 15 ECA15 (Single Output) 15 ECA15 (Dual Output) ECA15 (Triple Output) 15 30 ECA30 (Single Output) ECA30 (Dual Output) 30 ECA30 (Triple Output) 30 ECA (Chassis Mount) ECA5 (Single Output) 5 ECA5 (Dual Output) 5 ECA5 (Triple Output) 5 ECA10 (Single Output) 10 10 ECA10 (Dual Output) ECA10 (Triple Output) 10 ECA15 (Single Output) 15 ECA15 (Dual Output) 15 ECA15 (Triple Output) 15 ECA30 (Single Output) 30 ECA30 (Dual Output) 30 ECA30 (Triple Output) 30 MCA (PCB Mount)
Price (1) Price (10)
MCA5 (Single Output) MCA5 (Dual Output) MCA5 (Triple Output) MCA10 (Single Output) MCA10 (Dual Output) MCA10 (Triple Output)
5 5 5 10 10 10
$44.10 $49.35 $53.55 $52.50 $56.70 $59.85 $58.80 $63.00 $66.15 $94.50 $103.95 $114.45
$42.00 $47.25 $51.45 $49.35 $52.50 $56.70 $54.60 $58.80 $64.05 $90.30 $99.75 $109.20
$48.30 $54.60 $57.75 $57.75 $61.95 $65.10 $65.10 $69.30 $70.35 $103.95 $114.45 $126.00
$46.20 $51.45 $55.65 $54.60 $57.75 $61.95 $59.85 $65.10 $67.20 $99.75 $110.25 $119.70
$71.40 $77.70 $84.00 $84.00 $90.30 $95.55
$69.30 $73.50 $81.90 $81.90 $85.05 $92.40
(continued next page)
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
PRICE LIST Series
Output Power
MCA (PCB Mount contâ&#x20AC;&#x2122;d) MCA15 (Single Output) 15 MCA15 (Dual Output) 15 MCA15 (Triple Output) 15 MCA30 (Single Output) 30 MCA30 (Dual Output) 30 MCA30 (Triple Output) 30 MCA (Chassis Mount) MCA5 (Single Output) 5 MCA5 (Dual Output) 5 MCA5 (Triple Output) 5 MCA10 (Single Output) 10 MCA10 (Dual Output) 10 MCA10 (Triple Output) 10 MCA15 (Single Output) 15 MCA15 (Dual Output) 15 MCA15 (Triple Output) 15 MCA30 (Single Output) 30 MCA30 (Dual Output) 30 MCA30 (Triple Output) 30 PWC (Encapsulated) 5 PWC12 (Encapsulated) 12
180
Price (1)
Price (10)
$95.55 $101.85 $107.10 $131.25 $138.60 $144.90
$92.40 $95.55 $103.95 $128.10 $131.25 $140.70
$84.00 $90.30 $95.55 $95.55 $101.85 $107.10 $108.15 $114.45 $119.70 $144.90 $150.15 $153.30
$81.90 $85.05 $92.40 $92.40 $95.55 $103.95 $106.05 $108.15 $116.55 $140.70 $141.75 $150.15
$35.70 $37.80
$33.60 $35.70
Price (1)
Price (10)
$48.30 $54.60 $58.80 $57.75 $61.95 $66.15 $65.10 $69.30 $72.45 $103.95 $114.45 $126.00
$46.20 $51.45 $56.70 $54.60 $57.75 $61.95 $59.85 $65.10 $70.35 $99.75 $110.25 $119.70
$53.55 $59.85 $63.00 $63.00 $68.25 $71.40 $71.40 $76.65 $77.70 $114.45 $126.00 $138.60
$50.40 $56.70 $60.90 $59.85 $63.00 $68.25 $66.15 $71.40 $73.50 $110.25 $121.80 $131.25
$81.90 $90.30 $95.55 $94.50 $101.85 $107.10 $108.15 $115.50 $122.85 $150.15 $157.50 $163.80
$78.75 $85.05 $92.40 $91.35 $95.55 $103.95 $106.05 $109.20 $118.65 $145.95 $149.10 $157.50
Medically Approved Output Power Series EMA (PCB Mount) EMA5 (Single Output) 5 EMA5 (Dual Output) 5 EMA5 (Triple Output) 5 EMA10 (Single Output) 10 EMA10 (Dual Output) 10 EMA10 (Triple Output) 10 EMA15 (Single Output) 15 EMA15 (Dual Output) 15 EMA15 (Triple Output) 15 EMA30 (Single Output) 30 EMA30 (Dual Output) 30 EMA30 (Triple Output) 30 EMA (Chassis Mount) EMA5 (Single Output) 5 EMA5 (Dual Output) 5 EMA5 (Triple Output) 5 EMA10 (Single Output) 10 EMA10 (Dual Output) 10 EMA10 (Triple Output) 10 EMA15 (Single Output) 15 EMA15 (Dual Output) 15 EMA15 (Triple Output) 15 EMA30 (Single Output) 30 EMA30 (Dual Output) 30 EMA30 (Triple Output) 30 MMA (PCB Mount) MMA5 (Single Output) 5 MMA5 (Dual Output) 5 MMA5 (Triple Output) 5 MMA10 (Single Output) 10 MMA10 (Dual Output) 10 MMA10 (Triple Output) 10 MMA15 (Single Output) 15 MMA15 (Dual Output) 15 MMA15 (Triple Output) 15 MMA30 (Single Output) 30 MMA30 (Dual Output) 30 MMA30 (Triple Output) 30
(continued next column)
Series
Output Power
Price (1) Price (10)
MMA (Chassis Mount) MMA5 (Single Output) MMA5 (Dual Output) MMA5 (Triple Output) MMA10 (Single Output) MMA10 (Dual Output) MMA10 (Triple Output) MMA15 (Single Output) MMA15 (Dual Output) MMA15 (Triple Output) MMA30 (Single Output) MMA30 (Dual Output) MMA30 (Triple Output) MMA10 Mount) EFM5/M(PCB (Single Output) EFM5/M (Dual Output) EFM5/M (Triple Output) EFM10/M (Single Output) EFM10/M (Dual Output) MMA30 (PCB Mount) EFM10/M (Triple Output) EFM15/M(Single (SingleOutput) Output) EFM5/M EFM15/M (Dual Output) EFM15/M (Triple Output) EFM30/M (Single Output) EFM30/M (Single (Dual Output) EFM15/M Output) EFM30/M (Triple Output) EFM30/M ASM10 (Single Output) ASM15 ASM10 MPS30 MPS45 (Single Output) MPD45 (Dual Output) MPS30 MPT45 (Triple Output) ASM10 MPS65 (Single Output) MPD65 (Dual Output) MPT65 (Triple Output) ASM40 (Single Output) ASM40 (Dual Output) ASM60 (Single Output) ASM60 (Dual Output) ASM150 ASM365 BSM40 BSM60 MMK40 MMK75 MMK150 MMK320 PMMK130 - Open (Single Output) (Triple Output) PMMK130 - U-Channel (Single Output) (Triple Output) PMMK150 - Open (Single Output) (Dual Output) PMMK150 - U-Channel (Single Output) (Dual Output) PMMK150 - Enclosed (Single Output) (Dual Output)
5 5 5 10 10 10 15 15 15 30 30 30 105 5 5 10 3010 10 5 15 15 15 30 1530 30 3010 15 1030 45 3045 45 1065 65 65 40 40 60 60 150 365 40 60 40 75 150 320
$ 94.50 $101.85 $107.10 $107.10 $114.45 $119.70 $119.70 $127.05 $134.40 $162.75 $170.10 $175.35 $42.00 $90 $45.15 $47.25 $46.20 $143 $49.35 $50.40 $40 $52.50 $56.70 $58.80 $82.95 $89.25 $50 $93.45 $48.30 $79 $52.50 $39.90 $46 $42.00 $45.15 $38 $50.40 $44.10 $46 $48.30 $53.55 $46.20 $51.45 $63.00 $69.30 $143.85 $344.40 $50.40 $69.30 $50.40 $61.95 $91.35 $112.35
$91.35 $97.65 $103.95 $101.85 $108.15 $115.50 $116.55 $119.70 $129.15 $154.35 $160.65 $169.05 $39.90 $87 $42.00 $44.10 $44.10 $139 $46.20 $47.25 $38 $49.35 $52.50 $54.60 $79.80 $85.05 $47 $89.25 $45.15 $76 $49.35 $37.80 $43 $39.90 $42.00 $36 $47.25 $42.00 $43 $45.15 $50.40 $43.05 $48.30 $58.80 $64.05 $133.35 $310.80 $47.25 $65.10 $48.30 $58.80 $85.05 $103.95
130 130
$80.85 $75.60 $86.10 $80.85
130 130
$85.05 $79.80 $90.30 $84.00
150 150
$87.15 $80.85 $90.30 $82.95
150 150
$91.35 $94.50
$84.00 $88.20
150 150
$94.50 $96.60
$87.15 $90.30
(continued next page)
565
PRICE LIST Series
Output Power
Price (1)
Price (10)
$95.55 $97.65 $121.80 $123.90 $124.95 $132.30 $133.35 $174.30 $186.90 $187.95 $38.50 $51.70 $71.50 $72.60 $75.90 $54.60 $96.80 $75.90 $82.50 $86.90 $148.50 $154.00 $165.00 $120.75 $129.15 $136.50 $142.80
$88.20 $91.35 $113.40 $115.50 $116.55 $123.90 $124.95 $162.75 $174.30 $175.35 $33.00 $44.00 $66.00 $67.10 $70.40 $50.40 $94.60 $68.20 $74.80 $81.40 $145.20 $149.60 $161.70 $114.45 $120.75 $129.15 $136.50
Output Power
Price (1)
Price (10)
20 40 60 30 45 60 75 120 240 480 480
$45.15 $51.45 $70.35 $48.30 $53.55 $72.45 $91.35 $103.95 $204.75 $241.50 $344.40
$42.00 $48.30 $65.10 $45.15 $49.35 $67.20 $86.10 $97.65 $184.80 $229.95 $277.20
PMMK150 - DIN Rail (Single Output) (Dual Output) PMMK225 - U-Channel PMMK225 - Enclosed PMMK225 - DIN Rail PMMK320 - Enclosed PMMK320 - DIN Rail PMMK450 - U-Channel PMMK450 - Enclosed PMMK450 - DIN Rail AMP1201 AMP1501 AMP300x (Single Output) AMP300x (Dual Output) AMP300x (Triple Output) ASA30M AMP6301 AMP500x (Single Output) AMP500x (Dual Output) AMP500x ( Triple Output) AMP101x (Single Output) AMP101x (Dual Output) AMP101x ( Triple Output) MPS200 (Single Output) MPD200 (Dual Output) MPT200 (Triple Output) MPQ200 (Quad Output)
278
DIN Rail Mount Series MDR20 MDR40 MDR60 DR30 DR45 DR60 DR75 DR120 SDR240 DRP480 SDR480
297
150 150 225 225 225 320 320 450 450 450 12 15 30 30 30 30 63 50 50 50 100 100 100 200 200 200 200
External Supplies Series SPU10 SPU12A SPU16A/B/C SPU16D/E SPU20A SPU25A ASA30 SPU31 SPU46
Output Power 10 12 16 16 20 25 30 30 46
Price (1) Price (10) $27.50 $31.90 $36.30 $37.40 $41.80 $42.90 $45.15 $49.50 $63.80
$22.00 $28.60 $34.10 $35.20 $38.50 $39.60 $42.00 $46.20 $57.20
(continued next column)
Series Output Power SPU63 63 SPU68 68 SPU80 80 SPU131 130 VPU10/11/15/26/40/60 10
334
Price (1) Price (10) $74.80 $69.30 $84.70 $78.10 $91.30 $86.90 $103.40 $101.20 (Call for pricing)
Enclosed Supplies Series PV15 RS25 RS35 RD35 RID50 RS50 (Single Output) RD50 (Dual Output) RT50 (Triple Output) RQ50 (Quad Output) RID65 RD65 (Dual Output) RT65 (Triple Output) RQ65 (Quad Output) RS75 RID85 RD85 (Dual Output) RT85 (Triple Output) RQ85 (Quad Output) RS100 RID125 RD125 (Dual Output) RT125 (Triple Output) RQ125 (Quad Output) RS150 MK40 MK75 MK150 MK320 PMK150 - Open (Single Output) (Dual Output) PMK150 - U-Channel (Single Output) (Dual Output) PMK150 - Enclosed (Single Output) (Dual Output) PMMK150 - DIN Rail (Single Output) (Dual Output) PMK225 - U-Channel PMK225 - Enclosed PMK225 - DIN Rail PMK320 - Enclosed PMK320 - DIN Rail PMK450 - U-Channel PMK450 - Enclosed PMK450 - DIN Rail
Output Power
Price (1) Price (10)
15 25 35 35 50 50 50 50 50 65 65 65 65 75 85 85 85 85 100 125 125 125 125 150 40 75 150 320
$31.50 $33.60 $39.90 $43.05 $50.40 $43.05 $46.20 $48.30 $50.40 $56.70 $50.40 $54.60 $56.70 $48.30 $79.80 $71.40 $77.70 $79.80 $67.20 $80.85 $74.55 $81.90 $84.00 $71.40 $44.10 $53.55 $82.95 $101.85
$30.45 $32.55 $33.60 $37.80 $43.05 $36.75 $39.90 $42.00 $43.05 $47.25 $43.05 $46.20 $47.25 $40.95 $67.20 $60.90 $66.15 $67.20 $57.75 $68.25 $64.05 $70.35 $72.45 $61.95 $42.00 $50.40 $77.70 $94.50
150 150
$78.75 $81.90
$73.50 $75.60
150 150
$82.95 $76.65 $86.10 $79.80
150 150
$86.10 $78.75 $88.20 $81.90
150 150 225 225 225 320 320 450 450 450
$87.15 $89.25 $110.25 $112.35 $113.40 $120.75 $121.80 $158.55 $169.05 $170.10
$79.80 $82.95 $102.90 $105.00 $106.05 $112.35 $113.40 $149.10 $158.55 $159.60
(continued next page)
8 566
PRICE LIST Series
Output Power
SP75 TP75 SP100 TP100 QP100 SP150 TP150 QP150 SP200 QP200 SP240 SP320 SP480 SP500 SP750 PSP600 RSP1000 RSP1500 SCP600 SCP800 SCP1K2 SCP2K4
433
75 75 100 100 100 150 150 150 200 200 240 320 480 500 750 600 1000 1500 600 800 1K2 2K4
Price (1)
Price (10)
Series
$84.00 $91.35 $96.60 $131.25 $148.05 $108.15 $ 150.15 $160.65 $121.80 $173.25 $114.45 $163.80 $263.55 $286.65 $484.05 $329.70 $535.50 $847.35 $395.85 $484.05 $836.85 $1939.35
$79.80 $86.10 $91.35 $124.95 $139.65 $102.90 $141.75 $152.25 $114.45 $163.80 $103.95 $141.75 $229.95 $271.95 $462.00 $296.10 $512.40 $814.80 $329.70 $417.90 $704.55 $1652.70
LED15 LCD15 (Single Output) LCD15 (Dual Output) FED20 (Single Output) FED20 (Dual Output) ASD20 (Single Output) ASD20 (Dual Output) ASD30 (Single Output) ASD30 (Dual Output) ASD30 (Triple Output) FEC40 (Single Output) FEC40 (Dual Output) FEC40 (Triple Output) ASD50 ASD75EB ASD150QV
Price (1)
Price (10)
$12.60 $13.65 $12.60 $13.65 $18.90 $19.95 $21.00 $22.05 $37.80 $38.85 $48.30 $51.45 $43.05 $48.30 $19.95 $21.00 $57.75 $ 64.05 $49.35 $54.60 $19.95 $21.00 $21.00 $22.05 $59.85 $66.15 $54.60 $61.95 $84.00 $90.30 $77.70 $82.95
$11.55 $12.60 $10.50 $12.60 $17.85 $18.90 $19.95 $21.00 $33.60 $34.65 $45.15 $48.30 $40.95 $45.15 $18.90 $19.95 $53.55 $60.90 $46.20 $51.45 $18.90 $19.95 $19.95 $21.00 $56.70 $63.00 $51.45 $58.80 $79.80 $85.05 $72.45 $78.75
481
Output Power
DU1PO (Single Output) DU1PO (Dual Output) ASD105 (Single Output) ASD105 (Dual Output) ASD03 (Single Output) ASD03 (Dual Output) ASD35 (Single Output) ASD35 (Dual Output) VKC03 (Single Output) VKC03 (Dual Output) ASD05 (Single Output) ASD05 (Dual Output) ASD05H (Single Output) ASD05H (Dual Output) ASD06 (Single Output) ASD06 (Dual Output) ASD07 (Single Output) ASD07 (Dual Output) ASD07H (Single Output) ASD07H (Dual Output) ASD705 (Single Output) ASD705 (Dual Output) ASD08 (Single Output) ASD08 (Dual Output) ASD10 (Single Output) ASD10 (Dual Output) ASD10H (Single Output) ASD10H(Dual Output) ASD15 (Single Output) ASD15 (Dual Output) ASD15H (Single Output) ASD15H (Dual Output)
1 1 1.5 1.5 3 3 3 3 3 3 5 5 5 5 6 6 7 7 7 7 7.5 7.5 8 8 10 10 10 10 15 15 15 15
(continued next column)
15 15 15 20 20 20 20 30 30 30 40 40 40 50 75 150
Output Power
SMV-28-500 PFC-600 PFC-650 PFC-1000
504
Price (1) Price (10) $68.25 $74.55 $75.60 $76.65 $80.85 $59.85 $61.95 $61.95 $64.05 $66.15 $110.25 $132.30 $137.55 $74.55 $98.00 $108.62
$63.00 $69.30 $70.35 $71.40 $75.60 $57.75 $59.85 $59.85 $61.95 $64.05 $93.45 $110.25 $115.50 $72.45 $73.50 $87.50
High Reliability/COTS AC/DC (continued) Series
High Density DC/DC Series
Output Power
500 600 650 1000
Price (1) Price (10) $297.50 $364.16 $397.58 $327.90
$223.13 $273.12 $298.18 $245.93
High Reliability/COTS DC/DC Series
Output Power
PV300 ASD75-Q ASD100-W NV300 ASD150-QB SV28-x-50-1 SV28-x-150-1 SV28-x-200-1 SV48-x-150-1 SV48-x-200-1 UV28 UV48 UV300 UV24-x-164 UV28-x-164 UV48-x-164 UV300-x-164 UV28-T (Triple Output) UV48-T (Triple Output) UV300-T (Triple Output) MV380 MV24-28-600 MV380-28-700
50-60 75 80-100 100-120 150 50 150 200 150 200 250-350 250-350 250-350 250-350 250-350 250-350 250-350 185 185 185 400-700 600 700
Price (1) Price (10) $266.04 $253.93 $286.37 $295.52 $129.50 $161.00 $307.03 $301.17 $ 330.46 $ 295.59 $388.72 $362.12 $325.79 $269.78 $ $308.42 $309.96 $450.82 $424.27 $411.23 $500.59 $500.59 $545.71
$199.53 $190.45 $214.78 $221.64 $97.13 $120.75 $230.28 $225.88 $247.84 $221.69 $291.54 $271.59 $244.34 $202.33 $ $231.32 $232.47 $338.12 $318.21 $308.43 $375.44 $375.44 $409.29
For items in quantities exceeding 100, please contact the Astrodyne team at 1-800-823-8082 or (508) 964-6300; or E- Mail: sales@astrodyne.com
567
Product Index Product
568
Page
Product
Page
AMP101
270
DR75/120
286
AMP1201
258
DRP480
292
AMP1501
260
DU1P0
434
AMP300
262
ECA
168
AMP500
268
EFM
81
AMP6301
266
EFM/M
193
ASA30
308
ELN30
44
ASA30M
264
ELN60
57
ASD
446
EMA
181
ASD03
438
FEC40
471
ASD05
452
FED20
464
ASD06
444
HLG240/H
76
ASD08
454
LED/LCD15
458
ASD100W
509
LPC20
40
ASD105
436
LPC35
47
ASD15/15H
456
LPC60
63
ASD150QB
513
LPP
124
ASD150QV
479
LPS
96
ASD20
466
LPV20
42
ASD30
468
LPV35
49
ASD35
440
LPV60
65
ASD50
474
MCA
172
ASD75EB
476
MDR
279
ASD75Q
506
MK
367
ASDH
449
MMA
184
ASL10/15
89
MMK
221
ASL150
106
MP200
272
ASL365
114
MP45
207
ASL40/60
106
MPS30
204
ASM10/15
201
MV24-28-600S
544
ASM150
214
MV380 MegaVerter速
541
ASM365
215
NV300 NanoVerter速
511
ASM40/60
211
OFM20
91
BSL40
116
OLP48
55
BSL60
118
PD110
128
BSM40
217
PFC
503
BSM60
219
PLN100
70
CLG100
67
PLN30
51
CLG150
72
PMK130
137
CLG60
60
PMK150
152
DR
283
PMK150E/D
372
Product Index Product
Page
Product
Page
PMK225E/D
375
SPU10
298
PMK225U
155
SPU12A
300
PMK320E/D
378
SPU131
320
PMK450E/D
381
SPU16
302
PMK450U
158
SPU20
304
PMMK130
226
SPU25A
306
PMMK150
242
SPU31
310
PMMK225
246
SPU46
312
PMMK320
249
SPU63
314
PMMK450
252
SPU68
316
PPS125
131
SPU80
318
PPT125
134
SV28 SuperVerter®
515
PQ100/PPQ1003
120
SV48 SuperVerter®
518
PS/PD/PT45
101
TS1000/1500
35
PS/PD/PT65
109
TS200
29
PS/PD25
93
TS400
31
PSP
415
TS700
33
PV15
335
UV24-164 MicroVerter®
527
PV300 PicoVerter®
504
UV28 MicroVerter®
521
PWC
161
UV300 MicroVerter®
538
PWC12
164
UV300-164 MicroVerter®
533
R125
360
UV48 MicroVerter®
524
R50
344
UV48-164 MicroVerter®
531
R65
348
VKC03
442
R85
354
VPU10
322
RS/RD35
340
VPU11
324
RS100
358
VPU15
326
RS150
365
VPU26
328
RS25
337
VPU40
330
RS75
352
VPU60
332
RSP1000
419
RSP1500
421
SCP
426
SDR240
289
SDR480
294
SMV-28-500
501
SP
408
SP/QP200
401
SP/TP/QP100
389
SP/TP/QP150
396
SP/TP75
385
SP240
406
Service and Support: • Experienced Engineers ready to talk • From Stock to Distribution - JIT Shipping Schedules • Over 3,000 Models and Over 150,000 Stock Items Technical Capabilities: • Standard and Custom Product Engineering • High Volume Production and Testing • Full Ratings and Compliance – including RoHS 2002/95/AC
569
570
571
Notes
572
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
573
Notes
574
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
Notes
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
575
Notes
576
www.astrodyne.com
USA: 1-800-823-8082 â&#x20AC;˘ Asia Pacific: 886-2-26983458
577