Basics of the Electrical Engineering and Power Electronics
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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1
COMPONENT PINBOARD
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2
CONSTRUCTION KIT "BASICS OF THE ELECTRICAL ENGINEERING“
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2.1
Equipment of the Construction Kit
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2.2
Practicable Experiments
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3 3.1 4
CONSTRUCTION KIT "BASICS OF THE ELECTRONICS" Practicable Experiments CONSTRUCTION KIT "BASICS OF THE DIGITAL TECHNOLOGY"
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4.1
Equipment of the construction kit:
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4.2
Practicable Experiments
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5
CONSTRUCTION KIT "BASICS OF THE POWER ELECTRONICS"
5.1
Equipment of the construction kit:
5.2
Practicable Experiments
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HIGH-LOAD RESISTOR
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INDUCTIVE LOAD
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CAPACITIVE LOAD
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TRAINING SYSTEM POWER ELECTRONICS
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9.1
Integrated Functional Unit
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9.2
Practicable Experiments
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Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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1 Component Pinboard The component pinboard contains 320 pcs. of 4-mm-sockets, located in a raster of 19mm, to hold the 2- and 4-pole dual-in-line packages. Each of 4 proximate sockets are connected circularly. Additional 2-mm-sockets serve for power supply of operational amplifiers (8 slots). Therefore these are, when pluggedin, automatically connected with the supply voltage in right polarity. The two top and the two bottom socket series are interconnected as power supply series (external power supply necessary). The electric connections on the back side of the component pinboard are protected by a solid cover plate. This plate can be placed into an experimental frame or used as tabletop unit.. A positioning mechanism allows an inclination of approximately 30° compared to the horizontal. Measures (W x H) 493 x 297 mm Weight approx. 4 kg Order-no.: 054.30101
Technical alterations and errors excepted  KÖSTER Systemtechnik GmbH MTB
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2 Construction Kit "Basics of the Electrical Engineering“ 2.1
Equipment of the Construction Kit Ohmic resistances
1 1 2 1 2 1 1 1 2
1Ω 10Ω 22Ω 47Ω 82Ω 100Ω 120Ω 150Ω 220Ω
1 1 1 3 2 1 1 1 1
330Ω 470Ω 680Ω 1kΩ 1.5kΩ 2.2kΩ 3.3kΩ 4.7kΩ 6.8kΩ
2 1 1 1 1 1 1 1
10kΩ 22kΩ 33kΩ 47kΩ 68kΩ 82kΩ 100kΩ 1MΩ
Condensators
1 1
10nF 0.1µF
1 1
0.47µF 1µF
1 2
2.2µF 2200µF
Potentiometers
1
100Ω linear
1
1kΩ linear
1
10kΩ linear
Reactors
1
10 mH
1
200 mH
Plug-in modules
1
On-off switch singlepole
1
Transfer switch singlepole
1
Three phase source 051.01204
4
Reducing plug
10
2
2-mm connecting cable 30 cm
4
Further components Set of connecting cables and plugs
20 10
Connecting plug 19 mm 4-mm connecting cable 50 cm
4-mm connecting cable 25 cm 2-mm connecting cable 15 cm
Experimental manual "Basics of the Electrical Engineering" 030.25701
Order-no. 051.01808 2.2
Practicable Experiments
With the construction kit “Basics of the Electrical Engineering” the following experiments can be carried out: Experiments concerning d.c. circuit
Experiments concerning a.c. circuit
Electric power, electric voltage Electrical resistance The ohmic law The series circuit The branched electric circuit Resistor networks Voltage- and current divider Electrical energy and electric power Power conditioning, power/space ratio and efficiency Network conversions (Star-Delta-Transformation and Delta-Star-Transformation)
Sinusoidal quantity The ohmic resistance The inductance The capacity Series connection of a.c. two terminals Parallel connection of a.c. two terminals Series- and parallel resonant circuit Three-phase system in star connection Three-phase system in delta connection
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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To carry out the experiments the following is required: 1 1 1 1 1
Construction kit „Basics of the Electrical Engineering“ Component pinboard Direct voltage power supply unit A.C. voltage power supply unit Function generator
051.01808 054.30101 054.30103 054.30110 054.30118
3 Construction Kit "Basics of the Electronics" Equipment of the Construction Kit : Ohmic resistances
1 1 1 3 1 1 1
10 Ω 22 Ω 47 Ω 100 Ω 220 Ω 330 Ω 470 Ω
4 1 1 1 4 1 1
1 kΩ 2.2 kΩ 3.3 kΩ 4.7 kΩ 10 kΩ 22 kΩ 33 kΩ
1 2 1 1 1 1
47 kΩ 100 kΩ 220 kΩ 330 kΩ 470 kΩ 1 MΩ
Potentiometer
2
1 kΩ linear 1 MΩ linear
2
10 kΩ linear
1
100 kΩ linear
Condensators
1 1 1 1 1
10pF/400V 33pF/400V 100pF/400V 1nF/400V 4.7nF/400V
2 1 4 1 1
10nF/400V 47nF/400V 0.1µF/160V 0.47µF/160V 1µF/100V
2 1 1 4 1
10µF/63V 100µF/40V 470µF/25V 1000µF/25V 2200µF/16V
Transistors
1
AC 151 left
1
BC 237 left
1
2
BC 141 left
1
BC 237 right
1
2
BC 161 left
1
BF 240 left
1
Thyristors
1
Thyristor TIC 106
Diodes
4 2 1 1
1N4004 1N4148 AA 118 ZD 4,7V
1 1 1 1
ZPD 5.1V ZPD 8.2V ZPD 9.1V ZF 10V
1 1 1 1
Photodiode LED red LED green Diac
Single-layer-semiconducter
1 1
Photoresistor NTC resistor
1
PTC resistor
1
VDR resistor
Plug-in modules
1
Relay with 2 transfer switches 051.01603
1
2 OP's TL 081 051.01410
1
2 Optocoupler 051.01611
1 1 1
Lamp, red Lamp, green Lamp, adjustable
1 1 1
Tumbler switch Button, 1 Ö Button, 1 S
1 1
Coil 5 mH Coil 10 mH
10
Reducing plug
10
2
4-mm connecting cables 100 cm
10
Fototransistor BPY 62 Field-effect-transistor BUZ 10 Unijunction-transistor 2N4870
Further components
Set of connecting cables and plugs
30 10
Connecting plug, 19 mm 4-mm connecting cables 50 cm
4-mm connecting cables 25 cm 2-mm connecting cables 15 cm
Experimental manual "Basics of the Electronic" 030.25201
Order-no. 051.01806
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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3.1
Practicable Experiments
With the construction kit "Basics of the Electronic" the following experiments can be carried out: Passive components - Fixed resistors Variable resistors PTC-thermistor NTC thermistor - Varistor - Light dependent resistor (LDR-resistor) - Condensators Filter, first order time delay elements Derivative elements, integrating elements - Coils - Oscillating circuit Relay Diodes - Diode curves in conducting- and interlocking direction - Determination of the parameters - Dynamic behaviour of the diodes - Closing- and opening operation - Z-diodes - Photodiode - Light-emitting diode - Diac - Diode as switch - Uncontrolled rectifier connections - Restraining connections - Voltage doubler-, voltage multiplier connections
Bipolar transistors - Characteristic curves of bipolar transistors o input curve o current conrolling curve o output curve o reaction curve - working point adjustment - transistor basic connections o common base o common emitter o common collector - transistor as switch - constant current source - Darlington connection - amplifier connections - flipflops Unipolar transistors Thyristor - statistic thyristor curve - generalized phased control Operational Amplifier - voltage supply - impedance converter - adder - amplifier - difference amplifier - inverting alternating voltage amplifier - astable flipflop - oscillator connection
To carry out the experiments the following is required: 1 1 1 1 1
Construction kit „Basics of the electronics“ Component pinboard D.C. voltage power supply unit A.C. voltage power supply unit Function generator
051.01806 054.30101 054.30103 054.30110 054.30118
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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The used components are featuring consistently by very low tolerances, so that the differences between theoretic calculated sizes and measured sized are very small.
4 Construction Kit "Basics of the Digital Technology" 4.1
Equipment of the construction kit: Plug-in modules
2 2 1 1 1 1 1 1
Plug-in components Further components Set of connecting cables and plugs
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20
4 4
Tumbler switch (L-H-input) 051.01413 4 LED-displays 051.01414 2 AND/NAND-gate with 2 inputs 051.01423 2 OR/NOR-gate with 2 inputs 051.01422 Inverter 051.01503 4 EX-OR-gate with 2 inputs 051.01504 4 AND/NAND-gate with 2 inputs 051.01502 1 D-flipflop 051.01508 Z-diode ZD 4,7 V
Connecting plug, 19 mm 24-mm connecting cable 50 cm Connecting plug 38 mm Reduction plug
2 1 1 1 1 1
2 JK-Flipflop 051.01511 2 digital-choppers 051.01522 1 clock generator 0 - 10 kHz 051.01416 OR/NOR-gate with 2 inputs 051.01501 1 AND/NAND-gate with 4 inputs 051.01421 1 OR/NOR-gate with 4 inputs 051.01420
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IC-base 14-pole 051.01604
1
IC-base 16-pole 051.01605
1
Diode 1N4004
10
Reduction plug 24-mm connecting cable 100 cm 24-mm connecting cable 50 cm
1
9 resistors 051.01402
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9 resistors 051.01403
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2 operational amplifiers 051.01410
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1 binary/decumal up-/down counter 051.01513
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2 hexadecimal indicators 051.01505
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9 condensers 051.01406
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1 monostable flipflop 051.01417
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Potentiometer, 1 kΩ linear 102-mm connecting cable 7,5 cm 102-mm connecting cable 15 cm 102-mm connecting cable 30 cm
Experimental manual "Basics of the digital technology" 030.25401
Order-no.: 051.01804
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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4.2
Practicable Experiments
With the construction kit “Basics of the Digital Technology” the following experiments can be carried out: Logical fundamental combinations - AND-logic operation - OR- logic operation - NOT- logic operation - NAND- logic operation - NOR- logic operation - EX-OR- logic operation - EX-NOR- logic operation
Counter and register - Asynchronous forward-dual-counter - Asynchronous backwards-dual-counter - Asynchronous counter with reconnection of the counter direction - Synchronous forward-dual-counter ring counter - Register
Flipflops - Astable flipflop - Monostable flipflop - Bistable flipflop - Schmitt-Trigger-connection
Logic algebra - Boolic algebra - Karnough-Veitch-diagram - Examination of a digital circuit with the logicanalyzer
Digital storage elements - RS-Flipflop - D-Flipflop - Master-Slave-Flipflop - JK-Flipflop
Logic-level comparison - Integrated circuits - Logic families - Logic level Digital applications - Time- and frequency measuring - Digital measuring of the period
To carry out the experiments the following is required: 1 1 1 1
Construction kit „Basics of the Digital Technology“ Component pinboard Direct voltage power supply unit A.C. voltage power supply unit
051.01804 054.30101 054.30103 054.30110
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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5 Construction Kit "Basics of the Power Electronics" 5.1
Equipment of the construction kit: Ohmic resistors
2 1 2 1 4 1
1Ω / 2W 10Ω / 2W 22Ω / 2W 47Ω / 2W 100Ω / 2W 150Ω / 2W
1 2 2 1 1 1
220Ω / 2W 330Ω / 2W 470Ω / 2W 1kΩ / 2W 3.3kΩ / 2W 4.7kΩ / 2W
2 1 1 2 1
10kΩ / 2W 22kΩ / 2W 47kΩ / 2W 100kΩ / 2W 1MΩ / 2W
Condensers
1 1
10 nF 0.1 µF
1 1
0.15 µF 0,47 µF
1 2
1 µF Elko 470 µF
Potentiometers
1
1 kΩ linear / 1W
1
10 kΩ linear / 1W
1
100 kΩ linear / 1W
Switches
1
Brake contact
1
Make contact
Diodes
1 1 1
AA 118 BY 299 LED green
1 1 1
1N4004 ZPD 6,2 LED red
1 1
1N4118 ZPD 9,1
Signal elements
1
Filament lamp 30V/85mA
Transistors
1
1
BC161
1
BC 237
1
2N4870, unijunction
1
Experimental instruction 030.07501
1
BC 141 BUZ 10, MOS-FET N-channel
Further components Diac
1
Diac ER 900
Triac
1
Triac TIC 206
Thyristors
2
Thyristors TIC 106
Set of connecting cables and plugs
25
Connecting plug, 19 mm
2
Connecting cables 100cm für 4mm sockets 1 x red,1 x black
6
Connecting cables 25cm for 4mm sockets 2 x red, 2 x black, 2 x blue
4
Connecting cables 50cm for 4mm sockets 2 x red, 2 x black
Order-no. 051.01812
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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5.2
Practicable Experiments
With the construction kit "Basics of the Power Electronics” the following experiments can be carried out: Diac, Thyristor, Triac - Diac: cetermination of the forward characteristic and the current flow - Thyristor: determination of holding current, gate trigger current and characteristic - Triac: function, determination of holding current, gate trigger current Basic circuit of the power electronics Diodes Small-signal gain at common emitter - Forward characteristics of different diodes - Paralleling stabilization with Z-diode - Characteristics of Z-diodes - Paralleling stabilization with Z-diode and transistor Bipolart transistors - Series stabilization with Z-diode and - Input characteristic, output family of transistor characteristics, current control characteristic, - Constant-current source with Z-diode and reserve voltage transfer ratio characteristics transistor Field-Effect-Transistors Circuits for zur Impulserzeugung - Transfer characteristic, family of - Impulse generation with Diac characteristics, input characteristic - Impulse generation with UJT, d.c. voltage operation - Impulse generation with UJT, a.c. voltage operation Passive Components - Ohmic resistor - Condenser at a.c. voltage - Phase displacement and charging function at the condensor - Coil at a.c. voltage - Phase displacement at the coil
To carry out the experiments the following is requested: 1 1 1 1 1 1
Construction kit „Basics of the Power Electronics“ Direct voltage power supply unit A.C. voltage power supply unit Component pinboard Inductive load High-load resistor
051.01812 054.30108 054.30110 054.30101 054.30221 054.30220
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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6 High-Load Resistor The high-load resistor serves for the Ohmic load of the construction kit components „Basics of the Power Electronics“. The electric connections are brought out on 4-mm-sockets. Technical data: Resistor Capacity Measures (WxHxD) Weight approx. Order-no.
27Ω 50W 113x297x90mm 1kg 054.30220
7 Inductive Load The inductive load serves for the inductive load of the construction kit components „Basics of the Power Electronics“. The electric connections are brought out on 4-mm-sockets. Technical data: Inductance Current Measures (WxHxD) Weight approx
200mH 1A 113x297x90mm 1,15kg
Order-no.
054.30221
8 Capacitive Load All electric connections are brought out on 4-mm-sockets Technical data Capacities
3 x 10µF 2 x 1µF 3 x 4,7µF Voltage 100V Measures (WxHxD) 113x297x70mm Weight approx 0,65kg Order-no.: 054.30222
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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9 Training System Power Electronics
9.1
Integrated Functional Unit 1. 2. 3. 4. 5.
6. 7. 8. 9. 10. 11. 12. 13.
Direct voltage source ; 0...15V steplessly adjustable Alternating voltage source 1 AC 12V/50/60Hz, 1A Three-phase-voltage source 3 AC 21V/50/60Hz, 1A Control for d.c. chopper controller D.C. chopper controller with thyristor setpoint adjuster for the output direct voltage is possible by a setpoint potentiometer or an external analog signal between 0V and 10V DC. The connection to a PLC or to a controller is provided. Control for a.c.power controller A.C. power controller The a.c.power controller can be operated as phase control or as full-wave control. Control for fully controllable thyristor bridge Thyristor bridge, consisting of 6 thyristors Diode bridge, consisting of 6 diodes. Ohmic resistors : 4 x 50Ω Inductance: 5 x 10mH Indicator light:
The valve currents can be oscillograhped by 1Ω-measuring shunts, which are directly brought into the current paths. Futhermore the firing pulses of the thyrisors can be oscillograhped by especially designed sockets The training system power electronics can be hanged into an experimental frame or be used as tabletop unit.
Technical alterations and errors excepted KÖSTER Systemtechnik GmbH MTB
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Technical data: Supply connection
1 AC 230V/50Hz
Measures (WxHxD) Weight approx: Order-no .
520x297x150mm 4,5kg 036.44407
9.2 -
over inlet connector for non-heating apparatus
Practicable Experiments Characteristics of diodes and thyristors. Principle of firing and extinguishing at the thyristor. D.C. chopper controller with thyristor. Compiling the principle of condenser extinguishing. Function of ring-around circuit and freewheeling diode. A.C. power controller as phase-fired control and full-wave control. Control of thyristors and triac. Examination of rectifier circuits Uncontrolled rectifier circuits: M1-, M3-, B2-, B6-circuit Half-controlled rectifier circuits: B2-, B6-circuit Fully controllable rectifier connections: M1-, M3-, B2-, B6-circuit
To carry out the experiments the following is required: 1 1 1
Training system power electronics Test instruction Set of connecting cables
036.44407 030.07601 039.01003
Technical alterations and errors excepted  KÖSTER Systemtechnik GmbH MTB
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