Semiconductors

Page 1

m

ARM coRteX MicRocontRolleRs

Cortex-M microcontrollers Cortex-M microcontrollers Broaden your options Broaden your options

1.

Changing the landscape for e

Simply put, nobody gives you more options for Cortex-M than Our Cortex®-M portfolio − one of the largest in the industry − cov

Cortex-M0 devices use a low-power core that’s ready to replace tr best-in-class bandwidth and connectivity, and our new Cortex-M4 capabilities within reach of the typical MCU programmer. All our C deliver higher performance, consume less power, and offer more p available in the ARM ecosystem, or use a single, comprehensive to strategic relationship with ARM gives us early access to next-gene technologies.

2. Cortex-M0: True 8/16-bit r Changing the landscape for embedded

simply put, nobody gives you more options for cortex-M than nXP.

1.

Best-in-class performance, power and connectivity Best-in-class performance, power, and connectivity

NXP’s Cortex-M portfolio - one of the largest in the industry - covers the entire spectrum of embedded applications. The Cortex-M0 devices use a low-power core -M0 LPC1100 Simple, low-power, and low-cost Up to 50 MHz that’s ready to replace traditional 8/16-bit architectures. Cortex-M3 devices offer Robust industrial control LPC1200 best-in-class bandwidth and connectivity, and NXP’s new Cortex -M4 devices bring high-performance signal processing capabilities within reach of the typical MCU Upgrading 8/16-bit designs towithfaster, more efficient pe Lowest-power Cortex-M3 USB -M3 LPC1300 programmer. All put, Cortex-M devices buildyou on an optimised ARMfor core to deliver higher Simply nobody gives more options Cortex-M than NXP. Up to 150 MHz Complete MCUs with USB, Ethernet, As the smallest, most energy-efficient Cortex-M core, the C performance, consume less power, and offer more peripherals. Designers can choose LPC1700 and LCD Our Cortex®-M portfolio − one of the largest in the industry − covers the entire spectrum of embedded applications. Our from the many tools available in the ARM ecosystem, or use a single, comprehensive designs. TheLPC1800 LPC1100L series offers industry-leading cost High Speed USB and advanced peripherals Cortex-M0 devices use a low-power core that’s ready to replace traditional 8/16-bit architectures. Our Cortex-M3 devices offer toolchain to support all Cortex-M devices.

the world’s smallest 32-bit ARM MCU. The LPC11C00 serie best-in-class bandwidth and connectivity, and our new Cortex-M4 devices bring high-performance signal processing CANopen and theARM LPC11U00 capabilities within reach of the typical MCU programmer. All our Cortex-M devices builddrivers, on an optimized core to delivers robust USB p -M4 LPC4300 World’s first dual-core DSCs +150 MHz deliver higher performance, consume less power, and offer more peripherals. Designers choose from many toolsdelivers high energy NXP’s latestcan generation of the Cortex-M0, available in the ARM ecosystem, or use a single, comprehensive toolchain tohigh-performance support all Cortex-Mperipherals. devices. Plus,Several our long-term of NXP's Cortex-M0 strategic relationship with ARM gives us early access to next-generation IP, so you can be sure you’re working with the latest devices. technologies.

coRteX-M0:

true 8/16-bit requirements

POWER

Best-in-class performance, power, and connectivity

|

sales@activecomponents.com

|

-M0

Simple, low-power, and low-cost

LPC1200

Robust industrial control

Wellington +64 4 915 9500

Auckland +64 9 443 9500

Over one million electronic components online. LPC1100

Christchurch +64 3 355 4545

Up to 50 MHz

upgrading 8/16-bit designs to faster, more efficient performance As the smallest, most energy efficient Cortex-M core, the Cortex-M0 is the new, low-cost Cortex-M3 with USB alternative for 8/16-bit designs. Lowest-power The LPC1100L series offers industry-leading cost and -M3 LPC1300 Up to 150 MHz Complete MCUs with USB, Ethernet, power consumption, and includes the LPC1102, the world’s smallest 32-bit ARM MCU. LPC1700 and LCD The LPC11C00 series is the first CAN microcontroller and transceiver with CANopen LPC1800 High Speed USB and advanced peripherals drivers, and the LPC11U00 delivers robust USB performance at a low price point. The LPC1200 series, NXP’s latest generation of Cortex-M0, delivers high energy efficiency plus an extensive list -M4 of memory options and high-performance peripherals. Several of NXPs LPC4300 World’s first dual-core DSCs +150 MHz Cortex-M0 devices are pin-compatible with Cortex-M3 LPC1300 devices.

2.

SE-1 PERFORMANCE

CODE DENSITY

Cortex-M0

LPC1100L: Simple, low-po 5

PRICING

Auckland +64 9 443 9500

Wellington +64 4 915 9500

Christchurch +64 3 355 4545

Victoria +61 3 9775 4778

MIGRATION

NSW +61 2 9893 9400

LPC1100L series Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

The LPC1100L series is the lowest-priced NSW 32-bit MCU solution on the market. It is a +61 2 9893 9400 high-value, easy-to-use upgrade for existing 8/16-bit designs, delivering unprecedented Over one million electronic components online. performance, simplicity, and power. The optimized Thumb instruction

Victoria +61 3 9775 4778

2. 2.

-bit replacements

LPC11C00: Complete Complete C LPC11C00:

ARM coRteX MicRocontRolleRs

cient performance

PERFORMANCE

coRteX-M0

coRteX-M0 ng cost and power consumption, and includes the LPC1102,

ore, the Cortex-M0 is the new, low-cost alternative for 8/16-bit

Cortex-M0

The LPC11C00 series is the first to integrate C The LPC11C00 series is the first to integrate CA the preferred communication channel for rug the preferred communication channel for rugge environments. In many applications, the CAN environments. In many applications, the CAN transceiver often costs as much as or more th transceiver often costs as much as or more than microcontroller itself. Integrating the CAN transceiver increas The LPC11C00 series is thethe fithe rstmicrocontroller to integrate CAN, preferredthe CAN transceiver increases itself.the Integrating system reliability and quality, minimizes the issues related to elect communication channel forsystem ruggedreliability environments. In many applications, and quality, minimizes the issues related to electr interconnect and compatibility, and reduces board space by over the CAN transceiver often costs as muchand as or more than the interconnect compatibility, and reduces board space by over 5 while adding under 20% to the MCU cost. As a result, the LPC11C microcontrollerMIGRATION itself. Integrating the CAN transceiver increases system while adding under 20% to the MCU cost. As a result, the LPC11C0 enables low-cost development for a wide range of industrial enables development for ainterconnect wide range of industrial reliability and quality, minimises thelow-cost issues related to electrical networking applications. networking applications. and compatibility, and reduces board space by over 50% while adding

lPc11c00 seRies

LPC11C00 2. LPC11C00 2. LPC1100L: Simple, low-power, and low-co

lPc1100 seRies

eplacements

C00 series is the first CAN microcontroller and transceiver with ust USB performance atseries a low price point. The LPC1200 series, The LPC1100 is the lowest-priced 32-bit MCU solution on the

2.

h energy efficiency an extensive list of memory options and market. Itplus is a high-value, easy-to-use upgrade for existing 8/16-bit

designs,are delivering unprecedented performance, simplicity and power. The ortex-M0 devices pin-compatible with Cortex-M3 LPC1300

optimised Thumb instruction set also enables dramatic reductions inPRICING code size for most 8/16-bit applications. The LPC1100 is a seamless entry point for 8/16-bit designers looking to start using the scalable ARM architecture.

rmance

LPC11C00series series LPC11C00

CODE DENSITY

LPC11C00series series LPC11C00

LPC1100L series tex-M0 is the new, low-cost alternative for 8/16-bit

Features under 20% to the MCU cost. As a result, the LPC11C00 enables low-cost LPC111x block diagram Features Features  50 Cortex-M0 core applications. development for a wide range ofMHz industrial networking • 50 MHz Cortex-M0 core  50 MHz Cortex-M0 core  Up to 32 KB Flash The LPC1100L series is the lowest-priced The LPC1 • Up to 32 KB Flash  Up to 32 KB Flash LPC111x Features The LPC11C  8 KB 32-bit MCU solution on the market. It isSRAM a • Up to 8 KB SRAM the prefer • 50 MHz Cortex-M0 core  8 KB SRAM Complete high-value, easy-to-use upgradefor existingCAN node the preferr • Serial peripherals: I2C Fast-mode Plus, two SPI, UART  Complete CAN node • Up to 32 KB Flash environm - On-chip CAN 2.0B C_CAN controller and CANopen drivers 8/16-bit designs, delivering unprecedented • 8-channel, 10-bit ADC - On-chip CAN 2.0B C_CAN controller and CANopen drivers ARM environmen • 8 KB SRAM - Integrated power. The optimized Thumb instructionCAN transceiver (LPC11C22/C24) CORTEX-M0 transceive • Lowest active power consumption (only 130 μA/MHz) performance, simplicity, and • Complete CAN node - Integrated CAN transceiver (LPC11C22/C24) MHz transceiver - Close coupling of CAN transceiver, 32-bit50MCU, and CANopen set also enables dramatic reductions in code size for most 8/16-bit • Up to 42 high-speed GPIO - On-chip CAN 2.0B C_CAN-controller and CANopen drivers Close coupling of CANthe transceiver, 32-bit MCU, and CANopen microcontroller itself. Inte protocol applications. The LPC1100L is a seamless entry point for 8/16-bit • Superior code density compared to traditional 8/16-bit MCUs the microcontroller itself. Integ - Integrated CAN transceiver (LPC11C22/C24) protocol Direct on-chip support extends plug-and-play system approac system reliability and quality, designers looking to start using the scalable ARM architecture. • Supported by NXP’s low-cost LPCXpresso toolchain - Close coupling of CAN transceiver, 32-bit MCU, and extends CANopenplug-and-play protocol - Direct on-chip support system approach system reliability and quality, m for CAN High-speed (42) - Direct on-chip support extends plug-and-play systeminterconnect approach for CANandGPIO compatibilit for CAN Features Package  8-channel, 10-bit ADC with up to 400,000 samples per second and compatibility, • 8-channel, 10-bit ADC withup to 400,00010-bit samples perinterconnect second LSB 32-bit DNL Description Package Manf. Part. No. 8-channel, ADC with upatto±1 400,000 samples second at Timers per (2) while adding under 20% to th name 50 MHz Cortex-M0 core ±1 LSBdeep-sleep, DNL • Three reduced-power modes: sleep, andwhile power-down adding under 20% to the ±1 LSB DNL  Up to 32 KB Flash 32 kB flash, 8 kB SRAM, 2x2mm 16-bit Timers (2) Three reduced-power modes: sleep, deep-sleep, and deep OL-LPC1102UK WLCSP LPC1102UK enables low-cost developmen • Up to 42 high-speed GPIO Three WLCSP16 package reduced-power modes: sleep, deep-sleep, and deep  Up to 8 KB SRAM enables low-cost development power-down • Superior code density compared to traditional 8/16-bit MCUs Systick Timer networking applications. 8 kB flash, up to 4 kB SRAM SOT865-3 HVQFN32 LPC1111FHN33  Serial peripherals: I2C Fast-mode Plus, two SPI, UARTpower-down to 42 high-speed GPIO • Supported by NXP’s low-cost Up LPCXpresso toolchain networking applications.  Up to 42 high-speed GPIO 16 kB flash, up to 4 kB SRAM SOT865-3 HVQFN32 LPC1112FHN33  8-channel, 10-bit ADC WDT8/16-bit MCUs  Superior code density compared to traditional  Superior code density compared to traditional 8/16-bit MCUs active power consumption (only 130 µA/MHz) Features 24 kB flash, 8 kB SRAM SOT313-2 LQFP48 Lowest LPC1113FBD48 Package  Supported by NXP’s low-cost LPCXpresso toolchain Power Control Description Package Manf. Part. No.  Supported by NXP’s name low-cost LPCXpresso toolchain Features  Up to 42 high-speed GPIO PMU, power modes, BOD, 24 kB flash, up to 8kB SRAM SOT865-3 HVQFN32 LPC1113FHN33  50 MHz Cortex-M0 core 9 single Vdd power supply, POR 16 kB flash, kB SRAM, CAN and MCUs code density compared to8traditional 8/16-bit  50 MHz Cortex-M0 core 32 kB flash, 8 kB SRAM SOT187-2 PLCC44 Superior LPC1114FA44 SOT313-2 LQFP48 LPC11C12FBD48 CANopen drivers on-chip  Up to 32 KB Flash  Supported by NXP’s low-cost LPCXpresso toolchain Clock Generation Unit

power consumption, and includes the LPC1102,

the first CAN microcontroller and transceiver with ormance at a low price point. The LPC1200 series,

iciency plus an extensive list of memory options and

vices are pin-compatible with Cortex-M3 LPC1300

w-power, and low-cost

2. LPC11U00: Complete U PC11C00: Complete CAN CAN solutions solutions C11C00: Complete ADC channels/ resolution

SOT313-2

System PLL Delivering robust USBCAN performance at a low  Complete LQFP48 LPC11C22FBD48 node On-chip CAN 2.0B C_CAN price point, LPC11U00 devices are compelling SYSTEM

- On-chip CAN 2.0B C_CAN

I/O pins

SSP/SPI

replacements for 8/16-bit USB microcontrollers 32 kB flash, 8 kB SRAM, CAN and LPC11C00 block diagram - Integrated CAN transceive CANopen drivers block on-chip and SOT313-2 LQFP48 LPC11C24FBD48 LPC11C00 diagram The highly flexible USB architecture is, quite - Integrated CAN transceiver Package Close coupling of CAN tra integrated CAN Transceiver 5 11** 1 1 1 or 2 8ch 10b 28 to 42 HVQFN33, LQFP48 I2C

up to 32 KB Type

ARM CORTEX-M0

CANopen drivers on-chip and integrated CAN Transceiver UART

Flash

1-25 MHz System OSC,  Complete CAN node

Timers 16 kB Serial flash,interfaces 8 kB SRAM,Analog CAN and

Memory

lPc11x block diagram

PWM channels

g 1C00 series C00 series

12 MHz, 1% IRC OSC,  8 KB SRAM SOT313-2 LQFP48 LPC11C14FBD48 LPC11U00 series  8 KB SRAMWatchdog OSC,

No. of timers*

LPC111x

 Up to 32 KB Flash

LQFP48 LPC1114FBD48 32 kB flash, 8 kB SRAM, CAN and HVQFN32 LPC1114FHN33 LPC1100L selection guide CANopen drivers on-chip

RAM (KB)

SOT313-2

SOT865-3

Flash (KB)

32 kB flash, 8 kB SRAM

LPC111x block 32 kB flash, up todiagram 8 kB SRAM

simply, a better approach to USB, and the tiny (4.5 x 4.5 mm) - Close coupling of CAN tran The LPC11C0050 series is the first to integrate CAN, 24 SRAM LPC1113 4 to 8 5 11** 1 1 1 or 2 8ch 10b 28 to 42 HVQFN33, LQFP48 MHz TFBGA48 package is especiallyprotocol well suited for mobile and consume LPC11Cxx up to LPC1112 8 CAN, KB The LPC11C00 series is the first to integrate 16 2 to 4 5 11** 1 1 1 8ch 10b 28 HVQFN33 lPc11c00 block diagram protocol LPC11Cxx the preferred communication channel for rugged LPC1111 8 2 to 4 5 11** 1 1 1 8ch 10b applications. 28 HVQFN33Like NXP’s other ARM-based USB solutions, the Direct on-chip support ex the preferred communication channel for rugged Flash * Includes Watchdog timer and real-time clock ** Using timers LPC11U00 series is supported by easy-to-use software and integrat -16/32 Direct on-chip support exte environments. In many applications, the CAN kB Flash Note: The "L" in LPC1100L indicates lower power consumption and easy-to-use power profiles. for CAN ARM development platforms that make Please refer to the datasheet and user manual for detailed information. environments. In many applications, the CAN 16/32 kB NXP a one-stop shop for USB. T High-speed GPIO (42) for CAN CORTEX-M0 ARM transceiver often costs as much Bridge as or more than Cortex-M3 LPC134x devices. SRAM 8-channel, 10-bit ADC with Up to 50 MHzseries is pin-compatible with CORTEX-M0 transceiver often costs 32-bit Timers (2) as much as or more than 8 kB SRAM  8-channel, 10-bit ADC with u Up to 50 MHz controller itself. Integrating the CAN transceiver increases 8 kB ±1 LSB DNL Features ontroller itself. Integrating the (2) CAN transceiver increases 16-bit Timers ROM ±1 LSB DNL iability and quality, minimizes the issues related toSPIelectrical www.activecomponents.com | sales@activecomponents.com | Over one  50 MHz Cortex-M0 core CAN drivers reduced-power mode (2)  Three ROM ability and quality, minimizes the issues related to electrical Systick Timer High-speed GPIO (42) CAN drivers reduced-power modes  Three  Up to 32 KB Flash ect and compatibility, and reduces board space by over 50% High-speed GPIO (42) power-down I C 50% Bridge ct and compatibility, andWDT reduces board space by over 32-bit Timers (2)6 KB SRAM Bridge power-down ing under 20% to the MCU cost. As a result, the LPC11C00 32-bit Timers (2) USB 2.0 full-speed devicecontroller Up to 42 high-speed GPIO UART g under 20% to the MCU cost. As a result, the LPC11C00 Power Control SPI (2) 16-bit Timers (2)  Up to 42 high-speed GPIO ow-cost development wide range of industrial  USART with fractional baud generation PMU,for poweramodes, BOD, SERIAL INTERFACES SPI (2)  Superior code density comp 16-bit Timers (2) w-cost development for wide range of industrial single Vdd a power supply, POR IC Systick Timer  Smart Card interface (ISO 7816-3)  Superior code density compa g applications. C Supported byFast-mode NXP’s low-co Systick Timer  Two SSP interfaces, one I2CIinterface applications. supporting Plus Clock Generation Unit WDT  Supported by NXP’s low-cost CAN 12 MHz, 1% IRC OSC, LPC1114

32

4 to 8

2

2.

APB Bus

single Vdd power supply,POR Four

INTERFACES reduced powerSERIAL modes: sleep, deep-sleep, power-down,

LPC11U00 series

Clock Generation Unit deep power-downSERIAL INTERFACES 12Generation MHz, 1% IRC OSC, Clock Unit

Watchdog 12 MHz, 1% IRC OSC, OSC,  On-chip, API-driven power profiles ADC 1-25 MHz System Watchdog OSC, OSC,  Up to 40 GPIO (configurable groups) 8-channel, System PLL ADCin10-bit 1-25 MHz System OSC, 10-bit System PLL  Available in TFBGA488-channel, package (4.5 x 4.5

Delivering price point  Supported by NXP’s low-cost LPCXpresso toolchain *LPC11C2x only replacemen 10  Pin-compatible with Cortex-M3 LPC134x devices The highly LPC11C00 selection guide simply, a better approach to US LPC11C00 selection guide Wellington Chr Memory Auckland Timers Serial interfaces Analog is especially TFBGA48 package Memory Timers Analog +64 4 915 9500 +64 3 +64 9 443 9500 Serial interfaces applications. Like NXP’s other A LPC11U00 series is supported b Victoria Christchurch developmentNSW platforms that ma Packa Type +61 2 9893 9400 +61 3 9775 4778 +64 3 355 4545 Package Type C LPC11C24 32 8 5 11** 1 series 1 1 is2 pin-compatible 8ch 10b 42 with LQFP48 mm)

LPC11C24 32 sales@activecomponents.com LPC11C22 16 LPC11C22

16

8 8

I/O pins I/O pins

SYSTEM ANALOG  Superior code density compared SYSTEM ANALOG to traditional 8/16-bit MCUs *LPC11C2x only

ADC channels/ ADC channels/ resolution resolution

AHB-LITE Bus

8-channel, 10-bit SE-2 Cortex-M0 core ortex-M0 core SYSTEM ANALOG KB Flash B Flash M LPC111x block diagram Mge e3, LQFP48 CAN node 3, LQFP48 CAN node ip CANLPC111x 2.0B C_CAN controller and CANopen drivers 3 3 CAN 2.0B C_CAN controller and CANopen drivers ated CAN transceiver (LPC11C22/C24) ed CAN transceiver (LPC11C22/C24) Flash coupling of CAN transceiver, 32-bit MCU, and CANopen up to 32 KB oupling of CAN transceiver, 32-bit MCU, and CANopen ARM ol l CORTEX-M0 on-chip support 50 extends plug-and-play system approach SRAM MHz | sales@activecomponents.com | Over onesystem million electronic components n-chip support extends plug-and-play approach up to 8 KB online. N l, 10-bit ADC with up to 400,000 samples per second at 10-bit ADC with up to 400,000 samples per second at DNL Wellington Auckland High-speed GPIO (42) NL duced-power modes: sleep, deep-sleep, and deep +64 4 915 9500 +64 9 443 9500 Bridge uced-power modes: sleep, deep-sleep, and deep 32-bit Timers (2) own www.activecomponents.com wn high-speed GPIO

 8-channel, 10-bit ADC with input multiplexing among eight pins with TJF1051/3 CANCAN Transceiver* 9WDTControl Power with TJF1051/3 CAN Transceiver* plus a programmable  Four general-purpose counter/timers, PMU, power modes, BOD, Power Control UART windowed Watchdog timer singlepower Vdd power supply, POR PMU, modes, BOD, UART APB Bus APB Bus

ADC

RAM (KB) RAM (KB)

Watchdog OSC, 1-25 MHz System OSC, System PLL

LPC11U00

2

2

No. of timers* No. of timers* PWM channels PWM channels UART UART I2C I2C CAN CAN SSP/SPI SSP/SPI

wer, and low-cost

AHB-LITE Bus AHB-LITE Bus

AHB-LITE Bus

t

Flash (KB) Flash (KB)

tion

5 11** 1 electronic 1 1 2 8ch 10bonline. 42 LQFP48 million 8 Over one 5 11** 1 1 1 components 2 8ch 10b 42 LQFP48 5 11** 1 1 1 2 8ch 10b 42 LQFP48

Features

ARM coRteX MicRocontRolleRs

LPC11C00 block diagram LPC11C00 block diagram

Nopen open

pproach proach

ond at nd at

p

AHB-LITE Bus AHB-LITE Bus

LPC11C00series series LPC11C00 SPI (2) I2C I2C

16-bit Timers (2) Systick Timer Features Systick Timer • 50 MHz Cortex-M0 core WDT • Up to 32 KB Flash WDT Power Control • 6 KB SRAM PMU, power modes, BOD, Power Control

APB Bus APB Bus

The LPC11C00 series is the first to integrate CAN, The LPC11C00 series is the first to integrate CAN, the preferred communication channel for rugged the preferred communication channel for rugged with TJF1051/3 CAN Transceiver* environments. In many applications, the CAN UART • USB 2.0 full-speedPMU, device controller single Vdd power supply, environments. In many applications, the CAN power modes, BOD,POR UART transceiver often costs as much as or more than single Vdd power supply, POR • USART with fractional baud generation SERIAL INTERFACES transceiver often costs as much as or more than Generation Unit SERIAL INTERFACES • Smart Card interfaceClock (ISO 7816-3) the microcontroller itself. Integrating the CAN transceiver increases 12Generation MHz, 1% IRC OSC, Clock Unit 2 the microcontroller itself. Integrating the CAN transceiver increases C1% interface Plus • Two SSP interfaces, one IWatchdog 12 MHz, IRC OSC, OSC,supporting Fast-mode ADC 1-25 MHz System OSC, system reliability and quality, minimizes the issues related to electrical Watchdog OSC, • 8-channel, 10-bit ADC with System up to 400,000 samples per second at ±1 LSB DNL 8-channel, 10-bit ADC 1-25 MHz SystemPLL OSC, system reliability and quality, minimizes the issues related to electrical 8-channel, 10-bit and compatibility, and reduces board space by over 50% • Four general-purpose counters/timers, plus a programmable System PLL interconnect SYSTEM ANALOG interconnect and compatibility, and reduces board space by over 50% windowed Watchdog timer SYSTEM while ANALOG adding under 20% to the MCU cost. As a result, the LPC11C00 *LPC11C2x only • Four reduced-power modes: sleep, deep-sleep, power-down, while adding under 20% to the MCU cost. As a result, the LPC11C00 *LPC11C2x only enables low-cost development for a wide range of industrial deep power-down enables low-cost development for a wide range of industrial • On-chip, API-driven power profiles networking applications. • Up to 40 GPIO (configurableselection in groups) LPC11C00 guide networking applications. LPC11C00 selection guide • Available in TFBGA48 package (4.5 x 4.5mm) Memory Timers Serial interfaces Analog • Superior code density compared to traditional 8/16-bitFeatures MCUs Memory Timers Serial interfaces Analog Features • Supported by NXP’s low-cost LPCXpresso toolchain  50 MHz Cortex-M0 core • Pin-compatible with Cortex-M3 LPC134x devices  50 MHz Cortex-M0 core  Up to 32 KB Flash  Up to 32 KB Flash Package  8 KB SRAM Description Package Manf. Part. No. Package Type name  8 KB SRAM  Complete CAN node Package Type Up to 16 kB flash; 6 kB SRAM; USB LPC11C24 32 5 11** 1 1 1 2 8ch 10b 42 LQFP48 SOT313-28 LQFP48 LPC11U12FBD48  Complete CAN node device; LPC11C24 USART; 2 SSPs 32 8 5 11** 1 1 1 2 8ch 10b 42 LQFP48 2.0B and CANopen drivers LPC11C22 16 8 5 11** On-chip 1 1 1 CAN 2 8ch 10b C_CAN 42 controller LQFP48 On-chip CAN 2.0B and CANopen drivers Up to 16 kB flash; 6 kB SRAM; USB LPC11C22 16 8 5 11** 1 1 1 2 8ch 10b C_CAN 42 controller LQFP48 SOT865-1 HVQFN32 LPC11U12FHN33 LPC11C14 32 8 5 11** - Integrated 1 1 1 2 CAN 8chtransceiver 10b 42 LQFP48 (LPC11C22/C24) device; USART; 2 SSPs LPC11C14 32 8 5 11** - Integrated 1 1 1 2 CAN 8chtransceiver 10b 42 LQFP48 (LPC11C22/C24) LPC11C12 8 5 11** 1 1 1 2 8ch 10b 42 LQFP48 Up to 24 kB flash; 6 kB SRAM; USB 16 Close coupling of CAN transceiver, 32-bit MCU, and CANopen SOT313-2 LPC11U13FBD48 16 8 5 LQFP48 11** 1 1 1 2 8ch 10b 42 LQFP48 device; LPC11C12 USART; 2 SSPs - Close coupling of CAN transceiver, 32-bit MCU, and CANopen * Includes Watchdog timer and real-time clock protocol ** 6Using timersUSB timer and real-time clock Includes Watchdog Up to 32 kB fl*ash; kB SRAM; SOT313-2 LQFP48 protocol LPC11U14FBD48 Using2timers device;** USART; SSPs - Direct on-chip support extends plug-and-play system approach 11 Direct on-chip support extends plug-and-play system approach 11 Up to 32 kB flash; 6 kB SRAM; USB CAN SOT1155-1 TFBGA48 for LPC11U14FET48 device; USART; 2 SSPs for CAN  8-channel, 10-bit ADC with up to 400,000 samples per second at Up to 32 kB flash; 6 kB SRAM; USB SOT865-1 HVQFN32 LPC11U14FHN33  8-channel, 10-bit ADC with up to 400,000 samples per second at device; USART; 2 SSPs LPC11U1x ±1 LSB DNL ±1 LSB DNL  Three reduced-power modes: sleep, deep-sleep, and deep lPc11u1x LPC11U1x  Three reduced-power modes: sleep, deep-sleep, and deep power-down power-down Flash  Up 16/24/32 kB to 42 high-speed GPIO ARM  Up to 42 high-speed GPIO CORTEX-M0  Superior code density compared to traditional 8/16-bit MCUs Up to 50 MHz SRAM Superior code density compared to traditional 8/16-bit MCUs 6 kBSupported by NXP’s low-cost LPCXpresso toolchain  Supported by NXP’s low-cost LPCXpresso toolchain

LP LPC

CAN with TJF1051/3 CANCAN Transceiver*

L

I/O pins I/O pins

vers PC1300 rs

devices are compelling replacements for 8/16-bit USB microcontrollers. 8 kB ROM to The highly flexible USB architecture is, quite simply, a better approach CAN ROMdrivers USB. Like NXP’s otherHigh-speed ARM-based USB solutions, the LPC11U00 series is GPIO (42) CAN drivers High-speed GPIOand (42) integrated development supported by easy-to-use software platforms Bridge 32-bit Timers (2) that make NXP a one-stop for(2)USB. The seriesBridge is compatible with 32-bitshop Timers SPI (2) 16-bit Timers (2) Cortex-M3 LPC134x devices.

ADC channels/ ADC channels/ resolution resolution

tions and

LPC11C00: Complete Complete CAN CAN sol so LPC11C00:

Flash 16/32 kB Flash ARM 16/32 kB CORTEX-M0 ARM SRAM Delivering robust USB performance Up to 50 MHzat a low price point, LPC11U00 CORTEX-M0 8 kB SRAM Up to 50 MHz

No. of timers* No. of timers* PWM channels PWM channels UART UART I2C I2C CAN CAN SSP/SPI SSP/SPI

er with series,

2. 2.

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ROM

LPC11U00 series 2 SSP

16-bit Timers (2)

s pins

APB Bus

PMU, power modes, BOD, single Vdd power supply, POR

Clock Generation Unit 12 MHz, 1% IRC OSC, Watchdog OSC, 1-25 MHz System OSC, System PLL

SYSTEM

Auckland +64 LPC11U00 9 443 9500

Delivering robust USB performance at a low price point, LPC11U00 devices are compelling USART / SMARTCARD INTERFACE replacements for 8/16-bit USB microcontrollers. SERIAL INTERFACES The highly flexible USB architecture is, quite simply, a better approach to USB, and the tiny (4.5 x 4.5 mm) ADC 8-channel, 10-bit TFBGA48 package is especially well suited for mobile and consumer ANALOG applications. Like NXP’s other ARM-based USB solutions, the LPC11U00 series is supported by easy-to-use software and integrated development platforms that Victoria make NXP a one-stopNSW shop for USB. The Christchurch +61 2 9893 9400 +61 3 9775 4778 +64 3 355 4545 series is pin-compatible with Cortex-M3 LPC134x devices. USB

Wellington +64guide 4 915 9500 selection

www.activecomponents.com Memory Timers *

KB

LPC11 LPC LPC11 LPC LPC11 LPC LPC11

* In ** U * Inclu ** Usi

LPC11U1x

I2C

Systick Timer

ls

M

Ty Type LPC

SE-3

Bridge

32-bit Timers (2)

Power Control

h

LP LPC

High-speed GPIO (Up to 40)

Windowed WDT

2 KB

*

*LP

LPC11U00: Complete USB solu

sales@activecomponents.com Serial interfaces Analog

Features

s/

ow elling rollers. uite

AHB-LITE Bus

Us s

Over one million electronic components online.

LPC11U1

CO

Up

High-spee

32-b

16-b

Sys

Wind

Pow

PMU, po

to 1 MB ofCortex-M3 Flash and up towith 200 KBUSB of SRAM. For adde LPC1300: Lowest-power

downgrade system performance, members of NXP’s C ARM coRteX MicRocontRolleRs MIGRATION

Cortex-M0, Cortex-M4, and ARM7 portfolios.

PC1300coRteX-M3: series LPC1300 block diagram Cortex-M3: High-performance MCUs for high performance mcus This power-efficient series saves energy in a range of LPC13xx lPc1300 block diagram LCD GRAPHICS for communications communications and control applications. To simplify the design of USB-enabled and control systems, the LPC1340 includes on-chip USB drivers ARM

3.

Mass Storage Class and Human Interface Device. The drivers are performance power corporated inindustry-leading ROM, so they save roughlyperformance 5 to with 6 KB low of user code. Industry-leading with lowFor power

AHB-LITE Bus

CORTEX-M0

Flash

8/16/32 kB

Up to 72 MHz

The LPC1300, low-power,devices low-cost are implementation, operates at up to ded design flexibility, thea LPC134x pin-compatible with

SRAM

Up to 8 kB

ROM

The LPC1300, a low-power, low-cost operates at up to 72 MHz and performs(USB USB device functions. drivers*) 72MHz and performs USB device functions. The LPC1700implementation, operates at up High-speed GPIO (Up to 42) Theand LPC1700 at up to 120 and integrates advanced peripherals such as Ethernet, USB 2.0, and CAN 2.0B. to 120 MHz integratesoperates advanced peripherals suchMHz as Ethernet, USB Bridge 32-bit Timers (2) 2.0, and CAN The LPC1800, the highest-performing Cortex-M3 Cortex-M3 available on the The 2.0B. LPC1800, the highest-performing market, operates at up to 150 MHz and offers up atures available on the market, operates at up to 150MHz and offers up to 1MB SSP 16-bit Timers (2) to 1core MB of Flash and up to 200 KB of SRAM. For added design freedom, and the flexibility to quickly upgrade or p to 72 MHz Cortex-M3 of Flash and up to 200kB of SRAM. For added design freedom, and the I2C WDT p to 32 KB Flash system performance, members members of NXP’s Cortex-M3 portfolio are pin-compatible with devices in our flexibility downgrade to quickly upgrade or downgrade system performance, System Control p to 8 KB SRAM Cortex-M0, Cortex-M4, and ARM7 of NXP’s Cortex-M3 portfolio are pin-compatible with portfolios. devices in the NXP USB Cortex-M4, and ARM7 portfolios. ower profiles Cortex-M0, in ROM (LPC131x/xx only) Power Control

- ROM-based drivers save up to 6 KB of Flash - Tested and validated USB-certified code for reduced development risk

- Supported device classes: Mass Storage, Human Interface Device - Host driverless USB bootloader also on-chip

CONFIGURABLE PERIPHERALS

p to 42 GPIO CONNECTIVITY Flash programming upported by NXP’s low-cost LPCXpresso toolchain PC134x devices are pin-compatible with Cortex-M0 LPC11U00 EASE OF USE CONNECTIVITY

SERIAL INTERFACES

Clock Generation Unit

Cortex-M3

12 MHz, 1% IRC OSC, Watchdog OSC, 1-25 MHz System OSC, System PLL

ADC 10-bit

SYSTEM

nary ROM driver circumvents potential tool vendor porting issues Serial peripherals: I2C Fast-mode Plus, SSP/SPI, UART

channel, 10-bit ADC PERFORMANCE ow power consumption: ~ 200 µA/MHz Cortex-M3

CONFIGURABLE UART PERIPHERALS

PMU, power modes, BOD, single Vdd power supply, POR

ANALOG * LPC134x only

Package name

LPC1300 selection guide Package Description Memory 8 kB flash, 4 kB SRAM, up to 72 MHz performance and on-chip power profiles

Manf. Part. No.

Timers Analog EASE OF USE SOT865-3 HVQFN32 LPC1311FHN33 ADC channels/ resolution

PERFORMANCE

LCD GRAPHICS

PWM channels

SB 2.0 FS device controller with on-chip PHY

APB Bus

e Cortex-M0 LPC11U00 series.

eries

16 kB flash LPC1342

and 4 kB 16 SRAM;

MIGRATION device

LPC1313/01USB

MIGRATION MIGR ATION

32

SOT865-3 11** 1

1

4

5

11**

1

8

5

11**

5

LPC1313FBD48

HVQFN32 1 1 1

1

1

2

HVQFN32

1

SOT865-3

I/O pins

SSP/SPI

I2C

LQFP48

Package

LPC1313FHN33 8ch 10b 28 to 42

LQFP48, HVQFN33

8ch 10b

HVQFN33

28

LPC1342FHN33 8ch 10b

LPC1311/01 8 SRAM; 2 5 11** 1 1 2 32 kB flash and 8 kB SOT313-2 LQFP48 device timer and real-time clock ** Using timers * Includes USB Watchdog

28 to 42 LQFP48, HVQFN33

8ch 10b

28

LPC1343FBD48

HVQFN33

15

HVQFN32

LPC1343FHN33

LPC1300 block diagram

coRteX-M3 www.activecomponents.com | in a range sales@activecomponents.com This power-efficient series saves energy of LPC1300 series

This power-efficient series saves energy in a range applications. To simplify the design of USB-enabled of applications. To simplify the design of USBsystems, the LPC1340 includes on-chip USB drivers enabled systems, LPC1340 on-chip for Massthe Storage Classincludes and Human Interface Device. The drivers are USB drivers for Mass Storage Class and save Human incorporated in ROM, so they roughly 5 to 6 KB of user code. For Interface Device. The drivers are incorporated added design flexibility, the LPC134xin devices are pin-compatible with ROM, so they save roughly 5 to 6 kB of user code. the Cortex-M0 LPC11U00 series.

1

SOT865-3

32 kB flash and 8 kB SRAM; USB device

LPC1300 series

USB

SOT313-2

UART

No. of timers*

RAM (KB)

Flash (KB)

LPC1300: Lowest-power 3. or 3. LPC1300: Lowest-power Cortex-M3 with USBLPC1700 3. and LCD coRteX-M3 lPc1300 seRies 32 kB flash, 8 kB SRAM, up to 72 MHz performance and on-chip power profiles Type 32 kB flash and 8 kB SRAM 8 LPC1343 32

LPC13xx

|

Over one million electronic components online.

lPc1700 seRies

Flash

8/16/32 kB

ARM

This power-efficient series saves energy in a range of applications. To simplify the design of USB-enabled systems, the LPC1340 includes on-chip USB drivers erformsFeatures USB device functions. Features SSP 16-bit Timers (2)Interface Device. Features and Human for Mass Storage Class The drivers are  Up toCortex-M3 72 MHz Cortex-M3 core • Up to 72MHz core The LPC1 IC • Up to 120MHz Cortex-M3 core WDT  Up to 32 KB Flash • Up to 32 KB Flash hernet,• USB 2.0, and CAN 2.0B. incorporated in ROM, so they save roughly 5 to 6 KB of user code. For • Up to 512 KB Flash System Control UpSRAM to 8 KB SRAM UP to 8KB USB Each dev SE-4 • UP to 96 KB SRAM  Power in ROM (LPC131x/xx only) Power Control • Power profi les inprofiles ROM (LPC131x/xx only) added design flexibility, the LPC134x devices are pin-compatible with • Up to 4 KB EEPROM UART up to 150 MHz and offers up  FS USB 2.0 FS device with controller with on-chip PHY • USB 2.0 device controller on-chip PHY memory, • Power profiles in ROM (LPC131x/xx only) - ROM-based save upflto of Flash - ROM-based drivers savedrivers up to 6 kB of ash6 KB the Cortex-M0 LPC11U00 series. Clock Generation Unit • Advanced multi-layer BUS enables high performance 12-bit A/ - Tested and validated USB-certifiUSB-certified ed code for reduced risk - Tested and validated reduced development risk bility to quickly upgrade orcode fordevelopment without bottlenecks AHB-LITE Bus

The LPC1700 series operates CORTEX-M0at speeds up to 120MHz. Each device is SRAM Up to 72 MHz Up to equipped with up to 512KB of Flash memory, up to 968 kBKB of SRAM, up to 4 KB of EEPROM, 12-bit A/D and 10-bit D/A converters, and an internal ROM (USB drivers*) oscillator. The series alsoGPIO features advanced peripherals, such as Ethernet, High-speed (Up to 42) Bridge USB Host/OTG/Device, control, and CAN 2.0B. 32-bitLCD Timers (2)

LPC1700 series

APB Bus

2

PMU, power modes, BOD, single Vdd power supply, POR

SERIAL INTERFACES

- Supported device classes: Mass Storage, Human Interface Device - Supported device classes: Mass Storage, Human Interface Device - Host driverless USB bootloader also on-chipalso on-chip - Host driverless USB bootloader Binary ROM driver circumvents potential tool vendortool porting issues  Binary ROM driver circumvents potential vendor porting issues Plus, SSP/SPI, UART Serial peripherals: I2C Fast-mode  Serial peripherals: I2C Fast-mode Plus, SSP/SPI, UART 8-channel, 10-bit ADC10-bit ADC  8-channel, Low power consumption: ~ 200 μA/MHz  Low power consumption: ~ 200 µA/MHz Up to 42 GPIO  Up to 42 GPIO Flash programming  Flash programming Supported by NXP’s low-cost LPCXpresso toolchain  Supported by NXP’s low-cost LPCXpresso toolchain LPC134x devices are pin-compatible with Cortex-M0 LPC11U00 series  LPC134x devices are pin-compatible with Cortex-M0 LPC11U00 series

SYSTEM

ANALOG

10-bit

* LPC134x only

2

PWM channels

USB

UART

I2C

SSP/SPI

ADC channels/ resolution

LPC1343

32

8

5

11**

1

1

1

1

8ch 10b

LPC1342

16

4

5

11**

1

1

1

1

8ch 10b

LPC1313/01

32

8

5

11**

1

1

2

8ch 10b

LPC1311/01

8

2

5

11**

1

1

2

8ch 10b

* Includes Watchdog timer and real-time clock ** Using timers

I/O pins

No. of timers*

2

RAM (KB)

• • • • • • •

ADC

• LCD controller with display resolution of up to 1024 x 768 pixels internal oscillator. The serie • 10/100T Ethernet MAC with MII and RMII interfaces devices in our Features • USB 2.0 FS Host/Device/OTG controller as Ethernet, USB 2.0 Host/O  Up to 72 MHz Cortex-M3 core • Two CAN 2.0B controllers LPC1300 selection C, up to three SSP/SPI, up to five • Serial peripherals:up to three I guide  Up to 32 KB Flash UARTs, and I S Memory Timers Analog • Analog peripherals: 12-bit ADC, 10-bit DAC  Up to 8 KB SRAM • Other peripherals: low-power RTC, precise internal RC oscillator  Power profiles in• ROM (LPC131x/xx only) Features Up to 70 GPIO Package • SupportedType by NXP’s low-cost LPCXpresso toolchain Up to 120 MHz Cortex-M  USB 2.0 FS device controller with on-chip PHY NSWFlash  Up to 512 KB Victoria Wellington Auckland - ROM-based drivers Christchurch save up to 6 KB of Flash +61 2 9893 9400 +61 3 9775 4778 +64 4 915 9500 +64 3 355 4545 +64 9 443 9500  reduced Up to 96development KB SRAM risk 16 Tested and validated USB-certified code for www.activecomponents.com sales@activecomponents.com Over one million electronic components online. Up to 4Interface KB EEPROM - Supported device classes: Mass Storage, Human Device Flash (KB)

patible •with

12 MHz, 1% IRC OSC, Watchdog OSC, 1-25 MHz System OSC, System PLL

28 to 42 LQFP48, HVQFN33 28

HVQFN33

28 to 42 LQFP48, HVQFN33 28

HVQFN33

ARM coRteX MicRocontRolleRs block diagram coRteX-M3LPC1700 lPc1700 seRies coNt.

eeds up to 120 MHz. o 512 KB of Flash to 4 KB of EEPROM, ers, and an peripherals, such and CAN 2.0B.

LPC177x/178x

lPc1700 block diagram MPU

GPDMA

CRC Engine

NVIC

Brownout Detector

USB PLL

WIC

Power-on Reset

CPU PLL

Up to 96 KB

Debug Trace

Watchdog Timer

IRC

ROM

ARM CORTEX-M3 Up to 120 MHz

CORE

Flash

Up to 512 KB

EEPROM 4 KB

SRAM

MEMORY

SYSTEM

Bus System

ce without x 768 pixels

FS USB 2.0 H/D/O

External Mem Ctrl

5 x UART

Standard PWM

Ethernet MAC

SD/MMC

3 x SSP/SPI

4 x 32-bit Timers

LCD Controller

GPIO

2 x I2C

RTC

I2C FM+

Tick Timer

Quadrature Encoder Interface

Motor Control PWM

MOTOR CONTROL

12-Bit /8 Ch ADC

10-bit DAC

ANALOG

face

2 x CAN 2.0B

I 2S INTERFACES

/SPI, up to five

TIMERS

Description

RC oscillator

Package

32 kB flash, 8 kB SRAM, USB 2.0 Device, CAN, 12-bit ADC

SOT315-1

LQFP80

LPC1751FBD80

SOT315-1

LQFP80

LPC1752FBD80 LPC1754FBD80

128 kB flash, 32 kB SRAM, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC

SOT315-1

LQFP80

256 kB flash, 32 kB SRAM, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC, 12S

SOT315-1

LQFP80

LPC1756FBD80

512 kB flash, 64 kB SRAM, USB 2.0 Device/Host/OTG, Ethernet, CAN, 12-bit ADC, DAC, 12S

SOT315-1

LQFP80

LPC1758FBD80

512 kB flash, 64 kB SRAM, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC, 12S

SOT315-1

LQFP80

LPC1759FBD80

256 kB flash, 64 kB SRAM, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1763FBD100

128 kB flash, 32 kB SRAM, Ethernet, USB 2.0 Device, CAN, 12-bit ADC

SOT407-1

LQFP100

256 kB flash, 64 kB SRAM, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1764FBD100

256 kB flash, 64 kB SRAM, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC, 12S

SOT926-1

TFBGA100

LPC1765FET100

256 kB flash, 64 kB SRAM, Ethernet, USB 2.0 Device/Host/OTG, CAN, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1766FBD100

17

LPC1765FBD100

512 kB flash, 64 kB SRAM, Ethernet, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1767FBD100

512 kB flash, 64 kB SRAM, Ethernet, USB 2.0 Device/Host/OTG, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1768FBD100

512 kB flash, 64 kB SRAM, Ethernet, USB 2.0 Device/Host/OTG, 12-bit ADC, DAC, 12S

SOT926-1

TFBGA100

LPC1768FET100

512 kB flash, 64 kB SRAM, Ethernet, USB 2.0 Device/Host/OTG, 12-bit ADC, DAC, 12S

SOT407-1

LQFP100

LPC1769FBD100

128 kB flash, 40 kB SRAM, USB 2.0 Device, CAN, 12-bit ADC

SOT486-1

LQFP144

LPC1774FBD144

128 kB flash, 40 kB SRAM, USB 2.0 Device, CAN, 12-bit ADC

SOT459-1

LQFP208

LPC1774FBD208 LPC1776FBD208

SPI

SSP/SPI

I2S

I/O pins

DAC channels/ resolution

CAN

ADC channels/ resolution

Analog

I2C

ial interfaces

Manf. Part. No.

64 kB flash, 16 kB SRAM, USB 2.0 Device, CAN, 12-bit ADC

ete MCUs with USB, Ethernet,

n

Package name

256 kB flash, 80 kB SRAM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC

Package

SOT459-1

LQFP208

3

2

1

2

1

12b80 kB SRAM, Ethernet, 1ch 256 kB 8ch flash, USB10b 2.0 device/host/OTG, CAN, 70 12-bit ADC

LQFP100

SOT570-2

TFBGA180

LPC1776FET180

3

2

1

2

1

512 flash, 96 kB SRAM, USB 2.0 device/host/OTG, CAN, 12-bit 8chkB 12b 1ch 10b 70ADC

LQFP100, TFBGA100

SOT459-1

LQFP208

LPC1777FBD208

1

2

1

3

3

2

1

2

1

3

2

1

2

1

3

2

1

2

1

2

1

2

3

2

2

512 kB flash, 96 kB SRAM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC 8ch 12b

1ch 10b

70

512 kB flash, 96 kB SRAM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC

LQFP100

8ch 12b

1ch 10b

70

LQFP100

8ch 12b

1ch 10b

70

LQFP100

512 kB flash, 96 kB SRAM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC 512 kB flash, 96 kB SRAM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC

8chSRAM, 12b 1ch device/host/OTG, 10b LQFP100 256 kB flash, 80 kB 4 kB EEPROM, USB 2.0 CAN, 12-bit70ADC, LCD, SD/MMC

SOT486-1

LQFP144

LPC1778FBD144

SOT459-1

LQFP208

LPC1778FBD208

SOT570-2

TFBGA180

LPC1778FET180

SOT950-1

TFBGA208

LPC1778FET208

SOT459-1

LQFP208

LPC1785FBD208

SOT459-1

LQFP208

LPC1786FBD208

5121 kB flash, 96 kB 6ch SRAM, device/host/OTG, CAN, 12-bit ADC, QEI 12b 4 kB EEPROM, USB 2.01ch 10b 52 LCD, SD/MMC, LQFP80

SOT459-1

LQFP208

LPC1787FBD208

512 kB flash, 96 kB SRAM, 4 kB EEPROM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC, LCD, SD/MMC

SOT486-1

LQFP144

LPC1788FBD144 LPC1788FBD208

256 kB 4 kB EEPROM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC, LCD,LQFP100 SD/MMC 1 flash, 80 kB SRAM, 8ch 12b 1ch 10b 70

2

2

1

2

1

6ch 12b

1ch 10b

52

LQFP80

2

2

1

2

1

6ch 12b

1ch 10b

52

LQFP80

2

1

1

2

2

1

1

2

6ch 12b

1ch 10b

52

LQFP80

2

1

1

2

6ch 12b

1ch 10b

52

LQFP80

512 kB flash, 96 kB SRAM, 4 kB EEPROM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC, LCD, SD/MMC

SOT459-1

LQFP208

512 kB flash, 96 kB SRAM, 4 kB EEPROM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC, LCD, SD/MMC

SOT570-2

TFBGA180

LPC1788FET180

6ch 12b 1ch 10b 52 512 kB flash, 96 kB SRAM, 4 kB EEPROM, Ethernet, USB 2.0 device/host/OTG, CAN, 12-bit ADC, LCD,LQFP80 SD/MMC

SOT950-1

TFBGA208

LPC1788FET208

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-5

and LCD : High Speed USB and advanced peripherals

4

ARM coRteX MicRocontRolleRs coRteX-M3series lPc1800 seRies LPC1700 LPC1800 block diagram Operating at speeds

at speeds up to 150 MHz, the LPC1800

LPC1700 block diagram lPc1700 block diagram

LPC18xx

up to 150MHz, the series operates at speeds up to 120 MHz. The LPC1700 e fastest Cortex-M3 on the market. LPC1800 series is the Each device is equipped with up to MPU 512 KB ofGPDMA Flash USB PLL fastest Cortex-M3 on -performance devices feature advanced the market. memory, uphighto 96 KB of SRAM, up to 4 KB ofBrownout EEPROM, , such as Ethernet, high-speed USB 2.0 These CPU PLL NVIC Detector performance devices CORTEX-M3 oller, and CAN 2.0B. They integrate 12-bit A/D and 10-bitARM D/A and an Up to 150converters, MHz feature advanced Power-on IRC 0 KB of SRAM, 10-bit A/D and D/A high-speed USB WIC peripherals, such as Ethernet, internal oscillator. The series also features advanced peripherals,Resetsuch C oscillator. The 256-bit-wide Flash 2.0 Host/OTG/Device, LCD controller, and CAN Debug Watchdog Audio PLL as Ethernet, Host/OTG/Device, LCD control, and Trace CAN 2.0B. Timer 2.0B. They integrate up2.0 to 1MB of Flash, up to s power consumption, byUSB minimizing

200KB of SRAM, 10-bit A/D and D/A converters, zes the performance of the core and an internal RC oscillator. The 256-bites is pin-for-pin compatible with the wide Flash memory fetches, and maximises Features the performance of the core processor. The LPC1800 series is pin-for-pin compatible with  Up to 120 MHz Cortex-M3 core the Cortex-M4 LPC4300 series.

CORE

SRAM

NVIC

Up to 200 KB

ROM

ARM CORTEX-M3 Up to 120 MHz

WIC

ROM / OTP

MEMORY

Debug Trace CORE

SPI Flash Interface

2 x HS USB 2.0

Motor Ctrl PWM

4 x UART

Quad Enc Interface

2 x CAN 2.0B

State Config Timer CONFIGURABLE INTERFACES

4 x 32-bit Timers

FS USB 2.0 AES H/D/O Decryption

OTP Key Storage RTC

2

4.

MPU

Bus System

 Up to 512 KB Flash Features External Ethernet 2 x SSP/SPI Mem Ctrl MAC • Up to 120MHz Cortex-M3 core  Up to 96 KB SRAM • Up to 512 KB Flash • UP 96 KB KB SRAM  Up toto 4 EEPROM LCD SDIO 2xIC Controller • Up to 4 KB EEPROM  Advanced multi-layer bus enables high performance without • Power profi les in ROM (LPC131x/xx only) esolution of up to 1024 x 768 pixels

s

Flash

Up to 1 MB Dual Bank

SYSTEM

ore

• Advanced multi-layer BUS enables high MII and RMII interfaces bottlenecks performance without bottlenecks with on-chip HS PHY • LCD controller with display resolution of up to

LPC177x/178x

SECURITY

2 x 8 Ch 10-bit ADC

Alarm Timer

2 x I2S

External Mem Ctrl

Ethernet MAC 10-bit

SD/MMC

DAC

Cortex-M4: Extending AR

 LCD controller with display resolution of up toINTERFACES 1024 x 768 pixels TIMERS 1024 x 768 pixels  10/100T Ethernet MAC • 10/100T Ethernet MAC with MII andwith MII and RMII interfaces RMII interfaces  USB Host/Device/OTG controller Description Package terface (SPIFI) • USB2.0 2.0 FSFS Host/Device/OTG controller • Two CAN 2.0B controllers 136 kB SRAM, CAN, AES, SPIFI, SCT SOT926-1 T) subsystem  Motor-control PWM with Quadrature Encoder Interface

• Serial peripherals:up to three I2C, up to three secure OTP memories for key storage2 SSP/SPI, up to five UARTs, and I S sleep, deep-sleep, power-down, deep • Analog peripherals: 12-bit ADC, 10-bit DAC • Other peripherals:2 low-power RTC, precise internal RC oscillator cess • Up to 70 GPIO • Supported x-M4 LPC4300 series by NXP’s low-cost LPCXpresso toolchain

ANALOG

LCD Controller

Package name

GPIO

Manf. Part. No.

TFBGA100 2 x LPC1810FET100 CAN 2.0B

I 2S

136 kB SRAM, HS USB on-chip PHY,

SOT926-1 TFBGA100 LPC1820FET100 CAN, AES, SPIFI, SCT  Two CAN 2.0B controllers INTERFACES 200 kB SRAM, 2 HS USB on-chip SOT926-1 TFBGA100 LPC1830FET100  Serial peripherals: up to three I2C, up to three SSP/SPI, up to five PHY, Ethernet, CAN, AES, SPIFI, SCT 200 kB SRAM, 2 HS USB on-chip UARTs, and I S SOT740-2 LBGA256 LPC1830FET256 World’s first dual-core DSCs PHY, Ethernet, CAN, AES, SPIFI, SCT 200 kB SRAM, 2 HS USB on-chip  Analog peripherals: 12-bit ADC, 10-bit DAC 19 PHY, Ethernet, LCD, CAN, AES, SOT740-2 LBGA256 LPC1850FET256 The LPC4300 series, the world’s first family of asymmetrica SPIFI, SCT  Other peripherals: low-power RTC, precise internal RC oscillator performance, low-power Cortex-M4 and Cortex-M0 cores  Up to 70 GPIO coRteX-M4: eXtenDing ARM Mcus WitH DsP cAPABilitY  Supported by NXP’s low-costdevelop LPCXpresso toolchain Timers Serial interfaces Analog sophisticated DSP and MCU applications quickly, World’s first dual-core Dscs

: High Speed USB and advanced peripherals

LPC4300: World’s first d 4. LPC1700: Complete MCUs with USB,

.

ble als

tion

t C

Quad SPI Flash interface (SPIFI)

I2S

ADC channels/resolution

•

2

2x 8ch 10b

5 5 5

6 LPC1767 6

LPC1766

1 1

512 256

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The LPC4300 series, the world’s first family of asymmetrical, dual-core digital signal controllers (DSCs), combine high-performance, low-power Cortex-M4 and Cortex-M0 cores with a unique set of configurable peripherals. They let you develop sophisticated DSP and MCU applications quickly, using one architecture and one development environment. For added design flexibility, the LPC4300 series is pin-compatible with the Cortex-M3 LPC1800 series.

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third-party tools listed here are available for purchase through NXP-authorized dealers. This is just a partial list;

AES 21 OTP Key floating-point unit sleep, power-down, deep power-down Decryption for a complete list, go to www.nxp.com and enter “ARM Development Tools” in the search field. Storage • Up to 164 GPIO, with configurable serial cessor LCD SDIO 2xIC RTC NXP ARM tool solutions GPIO (SGPIO) Controller SECURITY e (SPIFI) o 264 KB SRAM, up to 4 KB EEPROM • Pin-compatibility with Cortex-M3 bsystem series tion up to 1024 xLPC1800 768 pixels 2 x 8 Ch 10-bit Quad Enc Alarm 2xIS CAN 2.0B 10-bit ADC DAC Interface Timer e OTP memories for key storage nd RMII interfaces Fully Featured ep, deep-sleep, Development Tools INTERFACES TIMERS ANALOG n-chip HS PHY power-down, deep 2

World’s first dual-core DSCs

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NXP’s Low cost Development Tool Platform (under $30)

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www.activecomponents.com

Description 2x 4-6ch

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 Linux version now available Package LPCXpresso board for LPC11C2x  Supports all Cortex-M devices

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Evaluate, explore, develop  An end-to-end tool for less than $30 Description  Eclipse-based IDE  Intuitive, NXP-designed user interface LPCXpresso board for LPC1343  Optimized libraries board fordebug LPC1114  LPCXpresso LPC-Link JTAG/SWD probe  LPCXpresso Target boards board for LPC1769

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This groundbreaking development and Cortex-M3 microcontrollers, takesplatform, you created by NXP exclusively for its Cortex-M0 from evaluation all the way through to product and Cortex-M3 microcontrollers, takes you development for less than $30. Designed for simplicity and ease of use, from evaluation all the way through to product it features a powerful Eclipse-baseddevelopment IDE with a for special, NXP-designed less than $30. Designed for andCortex ease of use, features a powerful user interface. Also included are an simplicity optimised M-0itcompiler with Eclipse-based IDE with a special, NXP-designed libraries, an LPC-Link JTAG/SWD debug probe, and target boards. A 1 2 4 2 2 1 2 • 2 2x 8ch 10b Linux • user interface. Also included are an optimized version is also available. Cortex-M0 compiler with libraries, an LPC-Link

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up to 64

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up to 64

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Christchurch +64 3 355 4545

www.activecomponents.com

| Victoria +61 3 9775 4778

sales@activecomponents.com

For more information, please visit: LQFP144, TBGA100 www.nxp.com/lpcxpresso 8 to 16 LQFP144, TBGA100 www.nxp.com/lpcxpresso-support 8 to 16www.nxp.com/lpcxpresso-forum LQFP144, TBGA100 8 to 16

Victoria +61 3 9775 4778

sales@activecomponents.com

NSW +61 2 9893 9400

NSW | Over one million electronic components online. +61 2 9893 9400

Over one million electronic components online.

40

IAR Systems 7.DeVeloPMent tools

7.

IAR Systems

Systems 7.RAPiDIAR PRototYPing

DeVeloPMent tools coNt. IAR Systems

www.iar.com

IAR Systems is the world’s leading supplier of software tools for embedded systems that enable large and small companies, mainly in the areas of industrial automation, medical devices, consumer IAR Systems electronics, and automotive products, to develop premium products. IAR Systems have a long co-operation with NXP Semiconductors and IAR Systems is the world’s leading supplier of software tools for extensive support of their ARM and Cortex devices. For software embedded systems that enable large and small companies, mainly engineers who need professional yet easy-to-use development tools in the areas of industrial automation, medical devices, consumer for embedded systems, IAR Embedded Workbench is an integrated electronics, and automotive products, to develop premium products. development environment that generates very efficient code. IAR Systems have a long co-operation with NXP Semiconductors and IAR Embedded Workbench is the world-leading C/C++ compiler extensive support of their ARM and Cortex devices. For software and debugger tool suite for applications that use ARM-based engineers who need professional yet easy-to-use development tools microcontrollers. for embedded systems, IAR Embedded Workbench is an integrated development environment that generates very efficient code. IAR Systems AB IAR Embedded Workbench is the world-leading C/C++ compiler P.O. Box 23051 Highlighted products and debugger tool suite for applications that use ARM-based SE-750 23 Uppsala microcontrollers. Order number Price (USD) Price (EURO) Description SWEDEN

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This remarkable online prototyping tool, co-developed by NXP and ARM, is an industry first. It provides a tightly coupled combination of hardware IAR Systems is the world’s leading supplier of software tools for and software, so it’s easy to explore design ideas quickly. New users can embedded systems that enable large and small companies, mainly get started inareas just minutes, andautomation, compiling the first program take IAR in theSystems of industrial medical devices, can consumer as littleelectronics, as 60 seconds. The Cortex version of mbed uses an LPC1768 and automotive products, to develop premium products. Cortex-M3 device. For more information, please http://mbed.org. is the leading supplier of software tools for and IAR Systems have aworld’s long co-operation withvisit NXP Semiconductors

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order code

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OM11040 KS board $ 139 IAR LPC1300

Phone: +46 18 16 78 00 OM11034 $ 199 IAR 18 LPC1700 Fax: +46 16 78KS 38board$ 183 OM13013 IAR LPC1200 KS with j-link lite www.iar.com

IAR LPC1700 KS board

OM11085 OM13003 OM11040

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OM11034

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OM11085 IAR LPC1200 KSK with j-link lite

€ 120

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€ 100

OM11040 IAR LPC1300 KS board

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€ 129

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IAR LPC1200 KSK with j-link lite

www.keil.com

Keil - An ARM Company

Fax: +46 18 16 78 38

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www.iar.com

43

Keil - An ARM Company

Assemblers, real-time executives, debuggers and simulators, Keil develops, manufactures, distributes embedded integrated environments, andand evaluation boards. Since itssoftware beginning, Benefits Pricets (EURO) Description Benefi development tools for the 8051, 251, ARM, with and XC16x/C16x/ST10 Keil has driven the industry to new heights advanced software  away, with nothing to install € Get 49 started Hitex LPC1313 stick • Get startedright right away, with nothing to install microcontroller families. Keil provides ANSI-C compilers, technology. Our constant, hard-driving research has paid Macro off time € 49 working fast, Hitex LPC1343 stick  using high-level APIsAPIs • Get Getand working fast, using high-level Assemblers, executives, debuggers and simulators, again as real-time we continue to develop innovative products that make € 59 Hitex LPC1700 stick ideas more effectively  test, demonstrate • Explore, Explore, test,and and demonstrate ideas more effectively integrated environments, and boards. Since beginning, product development easier. Inevaluation October 2005, Keil (Keilits Elektronik  Write clean, compact code that’s easy to modify • Write clean, compact code that’s to easy to heights modify Keil hasindriven the industry new withInc. advanced software GmbH Munich, Germany, and Keil Software, in Plano, Texas) Pricein(EURO) Description  Log from anywhere, on Windows, Mac, or Linux • Logwas in from anywhere, on Windows, Mac, or research Linux technology. Our constant, hard-driving has paid off time acquired by ARM. € 49 Hitex LPC1313 stick and againHitex as we continue to develop innovative products that make € 49 selection LPC1343 stick mbed guide € 59 Keil Hitex LPC1700 stickeasier. In October 2005, Keil (Keil Elektronik product development An ARM Company Description order code Order number Price (USD) Price (EURO) Description GmbH in Munich, Germany, and Keil Software, Inc. in Plano, Texas) Bretonischer Ring 16 OM11043 $ 60 mbed LPC1768 board mbed LPC1768 board € 41 OM11043 was acquired by ARM. D-85630 Grasbrunn

microcontroller families. Keil provides ANSI-C compilers, Macro Keil - An ARM Company Assemblers, real-time executives, debuggers and simulators, integrated environments, and evaluation boards. Since its beginning, Keil develops, manufactures, and distributes embedded software Keil has driven the industry to new heights with advanced software development tools for the 8051, 251, ARM, and XC16x/C16x/ST10 technology. Our constant, hard-driving research has paid off time microcontroller families. Keil provides ANSI-C compilers, Macro and again as we continue to develop innovative products that make Assemblers, real-time executives, debuggers and simulators, product development easier. In October 2005, Keil (Keil Elektronik integrated environments, and evaluation boards. Since its beginning, GmbH in Munich, Germany, and Keil Software, Inc. in Plano, Texas) Keil has driven the industry to new heights with advanced software was acquired by ARM. technology. Our constant, hard-driving research has paid off time and again as we continue to develop innovative products that make Keil - An ARM Company product development easier. In October 2005, Keil (Keil Elektronik Bretonischer Ring 16 GmbH in Munich, Germany, and Keil Software, Inc. in Plano, Texas) D-85630 Grasbrunn Highlighted was acquired by ARM. products order code GERMANYDescription Order number

Price (USD)

Keil MCB1768 eval board

Keil - An ARM Company$ 320 OM11032 PhoneKeil (Europe): +49 89/456040-20 MCB1758 OM11036 $ 320 Bretonischer Ringeval 16 board Phone (US): +1 972 312products 1107 Highlighted OM11039 eval board $ 150 Keil MCB1300 D-85630 Grasbrunn www.keil.com OM11084 $ 320 Keil MCB1769 eval board GERMANY Order number Price (USD)

OM11086 $ 150 Keil MCB1114 OM11032 eval board $ 320 OM13004 $ 150 OM11036 $ 320 41 Phone (Europe): OM13011+49 $ 150 Keil MCB11C1x eval89/456040-20 board OM11039 $ 150

44

PhoneKeil (US): +1 972 312 1107 LPC1200 eval board OM11084 $ 320 www.keil.com

Phone (Europe): +49 89/456040-20 Phone (US): +1 972 312 1107 www.keil.com

bling

44

Price (EURO)

Description

€ 250

Keil MCB1768 eval board

OM11032

45

€ 250 € 106

OM11039 Keil MCB1300 eval board

€ 250

Keil MCB1769 eval board

OM11084 Description Price (EURO)

€ 106 € 250 € 106 € 250 € 106 € 106

€ 250

Keil MCB1114 eval board OM11086 Keil Keil MCB1768 eval board MCB11C1x eval board Keil MCB1758 eval board LPC1200 eval board OM13004 Keil Keil MCB1300 eval board

OM13011

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OM11086

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Many more tools are available, $ 150 third-party € 106 Keil LPC1200 eval board but not listed here. Please contact us for more information.

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nd Suite

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GERMANY Keil - An ARM Company Bretonischer Ring 16 89/456040-20 Phone (Europe): +49 D-85630 Grasbrunn Phone (US): +1 972 312 1107 GERMANY www.keil.com

nts.com f

€ 100

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Keil - An ARM Company

$ 69

s

€ 120

Order numbe

Keil develops, manufactures, and distributes embedded software development tools for the 8051, 251, ARM, and XC16x/C16x/ST10

USB ed products

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IAR LPC1114 KS board

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Keil - An ARM Company 7. Keil - An ARM Company the mbed rapid prototyping tool

Keil develops, manufactures, and distributes embedded software development tools for the 8051, 251, ARM, and XC16x/C16x/ST10 Keil - An ARM families. Company microcontroller Keil provides ANSI-C compilers, Macro

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$ 139

OM13003 $ 139 IAR Systems AB Phone: +46 18 16 78 00 OM11040 $ 139 Highlighted products P.O. Box 23051 Description Fax: +46 18 16 78 38 OM11034 $ 199 SE-750 23 Order Uppsala number Price (USD) OM13013 KS board $ 183 www.iar.com IAR LPC1114 $ 139 SWEDEN OM11085

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$ 29

$ 29

embedded systems large and small companies, mainly extensive support ofthat theirenable ARM and Cortex devices. For software in the areas of industrial automation, devices, consumertools engineers who need professional yet medical easy-to-use development electronics, andsystems, automotive products, toWorkbench develop premium products. for embedded IAR Embedded is an integrated Features IAR Systems have a long co-operation withvery NXPefficient Semiconductors and development environment that generates code. • Price Convenient (EURO) form-factor: Description 40-pin DIP, 0.1-inch pitch extensive support of their ARM and Cortex devices. For compiler software IAR Embedded Workbench is the world-leading C/C++ 20 LPCXpresso board forwith LPC1343 • €Drag-and-drop programming, the board represented as a USB drive engineers who tool needsuite professional yet easy-to-use development tools and debugger for applications that use ARM-based 20 LPCXpresso board for LPC1114 • €Best-in-class Cortex-M3 hardware for embedded IAR Embedded Workbench is an integrated € 89 microcontrollers. EA base systems, board for LPCXpresso/mbed - 100 MHz ARM with 64 KB of SRAM, 512 € 20 development LPCXpresso board for LPC1769 environment that generates very efficient code. - Ethernet, USB OTG € 299 IAR Systems EA motor-control kit for LPCXpresso Embedded Workbench is the world-leading C/C++ compiler AB 2 Price (EURO) Description - SPI, I C, UART, CAN € 20 LPCXpresso board for LPC11C2x andPWM,ADC, debugger toolboard suite for applications that use ARM-based € 20 P.O. LPCXpresso for LPC1343 Box 23051 - GPIO, DAC € 20 SE-750 board for LPC1114 microcontrollers. 23LPCXpresso Uppsala • Easy-to-use online tools € 89 EA base board for LPCXpresso/mbed SWEDENC/C++ - Web-based programming environment € 20 LPCXpresso board for LPC1769 IAR AB - 299 Uses theSystems ARMEARealView compile engine € motor-control kit for LPCXpresso P.O. Box 23051 +46 18 16 board 78 00 -API-driven development using libraries with intuitive interfaces € 20 Phone: LPCXpresso for LPC11C2x SE-750 2318Uppsala Fax: +46 16 78and 38 online community - Comprehensive help SWEDEN www.iar.com

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Order number

Price (USD)

Price (EURO)www.activecomponents.com Description

OM11048

$ 280

€ 200

Auckland

Wellington

Code Red LPC1768 eval board

sales@activecomponents.com Victoria Christchurch

Over one million electronic components online. NSW

+61 3

DeVeloPMent tools USB-icP

USB-icP coNt.

USB in-circuit Programmer USB-ICP supports In-System Programming (ISP) on NXP’s ARM7 LPC2xxx microcontroller family. In-System Programming uses a two-wire serial interface to program and erase ISP enabled microcontroller devices without removing Now supports ARM them from the system. The ISP function Cortex-M3 LPC17xx Devices uses only six pins: VCC, GND, RXD, TXD, P0.14 (or P2.10) and RESETn. A small connector is all that is needed to interface your ISP application to the USB-ICP programmer. SAB-TFBGAxxx adapter boards are also available for devices in 100pin, 180pin, and 208pin TFBGA packages. When used in conjunction with the USB-ICB-LPC2K, these facilitate programming devices in packages that normally are difficult to handle. For more information, visit our website at www.teamfdi.com highlights • USB port powered so no external power supply required • Supports usb 2.0 • Plugs directly into any standard usb port – great for laptops • Supports nxp’s arm 7 lpc2xxx microcontroller family • Uses nxp’s free flash magic software - downloaded from the web USB-icP Kit includes: • USB-ICP dongle • Standard 18” cable allowing direct connection to the user’s application • Mini ISP cable for direct programming of ARM7DIMM from ARM Touch Screen LCD kits, ARM-57TS-LPC2478 • ISP design guide for the user’s target board

Target Schematic The ISP function uses only six pins: VCC, GND, RXD, TXD, P0.14 (or P2.10) and RESETn. The simple example circuit above is all that must be added to the user’s application to use ISP with USB-ICP. (Consult your specific device datasheet for details on ISP connectivity)

VCC

1 2 3 4 5 6

RESETn P0.14 RXD TXD

6-pin 0.1” Header Standard ISP

6-pin 1mm Header Mini-ISP

Description

order code

6pin 0.1” vertical through hole

22-03-2061

6pin 0.1” vertical surface mount

68301-1017

6pin 0.1” right angle through hole

22-05-2061

6pin 1mm right angle Mini-ISP

SM06B-SHLS-TF

USB icP Product Family Description

order code

NXP LPC9xx

USB-ICP-LPC9xx

NXP P89C51 Flash

USB-ICP-80C51ISP

NXP ARM LPC2xxx & LPC17XX

USB-ICP-LPC2K

other USB icP Products Description

order code

Socket Adapter Bd (LPC2364/68)

SAB-TFBGA100

Socket Adapter Bd (LPC2458)

SAB-TFBGA180

Socket Adapter Bd (LPC2468/78)

SAB-TFBGA208

tEchNicAl DEtAilS

SE-9

USB-ICP uses a standard RJ-45 for connection to the target cable.

Example user Target Board (not part of kit)

Indicator LEDs: Green – “Link” Indicates the USB-ICP has been configured by the host PC Yellow –“ACT” indicates USB Activity (Rx/Tx)

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Over one million electronic components online.

ARM7 microcontrollers NXP Microcontrollers NXP’s microcontroller offering combines the highest performance in Flash with the lowest power consumption in the smallest packages.

LPC 2000, ARM7 Flash 8KB Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP48

2K

4x32/2x16

-

2xUART; 2x12C; 2xSPI

8-ch 10-bit

32

LPC2101FBD48-S

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP48

4K

4x32 bit/2x16 bit

-

2xUART; 2xI²C; 2xSPI

8-ch 10-bit

32

LPC2102FBD48-S

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

Flash 16KB

Flash 32KB Package LQFP48

8K

4x32 bit/2x16 bit

-

2xUART; 2xI²C; 2xSPI

8-ch 10-bit

32

LPC2103FBD48-S

LQFP64

8K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

8-ch 10-bit

47

LPC2131FBD64/01-S

LQFP64

8K

4 x 32 bit

6-ch

USB 2.0; 2xUART; 2xI²C; 2xSPI

6-ch 10-bit

45

LPC2141FBD64-S

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

4-ch 10-bit

46

LPC2109FBD64/01-S

LQFP64

16K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

8-ch 10-bit

47

LPC2132FBD64/01 -S

Flash 64KB

HVQFN64

16K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

8-ch 10-bit

47

LPC2132FHN64/01-S

LQFP64

16K

4 x 32 bit

6-ch

USB 2.0; 2xUART; 2xI²C; 2xSPI

6-ch 10-bit

45

LPC2142FBD64-S

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP48

16K

4 x 32 bit

6-ch

2xUART; I²C; SPI

-

32

LPC2104BBD48-S

LQFP48

16K

4 x 32 bit

6-ch

128K FL/16K RAM/2 UART/I2C/SPI

-

32

LPC2104FBD48/01-S

LQFP48

32K

4 x 32 bit

6-ch

2xUART; I²C; SPI

-

32

LPC2105BBD48-S

LQFP48

32K

4 x 32 bit

6-ch

128K FL/32K RAM/2 UART/I2C/SPI

-

32

LPC2105FBD48/01-S

Flash 128KB

LQFP48

64K

4 x 32 bit

6-ch

2xUART; I²C; SPI

-

32

LPC2106BBD48-S

LQFP48

64K

4 x 32 bit

6-ch

128K FL/64K RAM/2 UART/I2C/SPI

-

32

LPC2106FBD48/01-S

LQFP48

64K

4 x 32 bit

6-ch

2xUART; I²C; SPI

-

32

LPC2106FBD48-S

HVQFN48

64K

4 x 32 bit

6-ch

128K FL/64K RAM/2 UART/I2C/SPI

-

32

LPC2106FHN48/01-S

HVQFN48

64K

4 x 32 bit

6-ch

2xUART; I²C; SPI

-

32

LPC2106FHN48-S

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI

4-ch 10-bit

46

LPC2114FBD64/01-S

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

4-ch 10-bit

46

LPC2119FBD64/01-S

LQFP64

16K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

16-ch 10-bit

47

LPC2134FBD64/01-S

LQFP64

16K

4 x 32 bit

6-ch

USB 2.0; 2xUART; 2xI²C; 2xSPI

14-ch 10-bit

45

LPC2144FBD64-S

LQFP144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI

8-ch 10-bit

112

LPC2212FBD144/01-S

LQFP100

34K

6 x 32 bit

6-ch

USB 2.0; ENET 2xCAN; I²S; 4xUART 3xI²C; 3xSPI

6-ch 10-bit

70

LPC2364FBD100-S

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI

4-ch 10-bit

46

LPC2124FBD64/01-S

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

4-ch 10-bit

46

LPC2129FBD64/01-S

Flash 256KB SE-10

LQFP64

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 4xCAN

4-ch 10-bit

46

LPC2194HBD64/01-S

LQFP144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI

8-ch 10-bit

112

LPC2214FBD144/01-S LPC2292FBD144/01-S

LQFP144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

8-ch 10-bit

112

TFBGA144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

8-ch 10-bit

112

LPC2292FET144/01-S

LQFP144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 4xCAN

8-ch 10-bit

112

LPC2294HBD144/01-S LPC2136FBD64/01-S

LQFP64

32K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

16-ch 10-bit

47

LQFP64

32K

4 x 32 bit

6-ch

USB 2.0; 2xUART; 2xI²C; 2xSPI

14-ch 10-bit

45

LPC2146FBD64-S

LQFP100

58K

6 x 32 bit

6-ch

USB 2.0; ENET; 2xCAN; I²S; 4xUART; 3xI²C; 3xSPI

6-ch 10-bit

70

LPC2366FBD100-S

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Over one million electronic components online.

arm7 / arm9 microcontrollers LPC 2000, ARM7 cont. Flash 512KB Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP64

32K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

16-ch 10-bit

47

LPC2138FBD64/01-S

HVQFN64

32K

4 x 32 bit

6-ch

2xUART; 2xI²C; 2xSPI

16-ch 10-bit

47

LPC2138FHN64/01

LQFP64

32K

4 x 32 bit

6-ch

USB 2.0; 2xUART; 2xI²C; 2xSPI

14-ch 10-bit

45

LPC2148FBD64-S

LQFP100

58K

6 x 32 bit

6-ch

USB 2.0; ENET; 2xCAN; I²S; 4xUART; 3xI²C; 3xSPI

6-ch 10-bit

70

LPC2368FBD100-S

LQFP144

58K

6 x 32 bit

6-ch

USB 2.0; ENET; 2xCAN; I²S; 4xUART; 3xI²C; 3xSPI

8-ch 10-bit

104

LPC2378FBD144-S

LQFP208

98K

6 x 32 bit

2x6-ch

USB 2.0; ENET; 2xCAN; I²S; 4xUART; 3xI²C; 3xSPI

8-ch 10-bit

160

LPC2468FBD208-S

TFBGA208

98K

6 x 32 bit

2x6 ch

USB 2.0; ENET; 2xCAN; I²S; 4xUART; 3xI²C; 3xSPI

8-ch 10-bit

160

LPC2468FET208-S

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

TFBGA180

64K

4 x 32 bit

-

USB 2 HS; UART; I²C

5-ch 10-bit

85

LPC2888FET180

Flash 1MB

LCD Controller Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No. LPC2470FBD208-S

LQFP-208

98K

4 x 32 bit

2x6 ch

LCD CONT/ETHNET/USB HOST/OTG

8-ch 10-bit

160

TFBGA-208

98K

4 x 32 bit

2x6 ch

LCD CONT/ETHNET/USB HOST/OTG

8-ch 10-bit

160

LPC2470FET208-S

LQFP-208

98K

4 x 32 bit

2x6 ch

LCD CONT/ETHNET/USB/512K FL

8-ch 10-bit

160

LPC2478FBD208-S

TFBGA-208

98K

4 x 32 bit

2x6 ch

LCD CONT/ETHNET/USB/512K FL

8-ch 10-bit

160

LPC2478FET208-S

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LQFP144

16K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI; 2xCAN

8-ch 10-bit

112

LPC2290FBD144/01-S

LQFP144

64K

4 x 32 bit

6-ch

2xUART; I²C; SPI

8-ch 10-bit

112

LPC2210FBD144/01-S

TFBGA144

64K

4 x 32 bit

6-ch

2xUART; I²C; 2xSPI

8-ch 10-bit

112

LPC2220FET144/G

RAM Only Package

LPC 3000, ARM9 Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

LFBGA320

64K

4 x 32 bit

2-ch

USB 2.0; 7xUART; 2xI²C; 2xSPI

3-ch 10-bit

55

LPC3180FEL320

LH7, ARM7/ARM9 The LH7 products all have an integrated LCD controller for ease of design.

RAM Only Family/Core Freq

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ARM7 84MHz

LQFP144

32K

5 x 32 bit

3-ch

3xUART; SPI; SSP; CAN

ARM7 84MHz

LQFP144

32K

5 x 32 bit

3-ch

3xUART; SPI; SSP

ARM7 77.4144MHz

LQFP176

32K

6 x 32 bit

2-ch

3xUART; SPI; SSP

ARM7 76.205MHz

LFBGA208

16K

5 x 32 bit

3-ch

ARM7 76.205MHz

LQFP176

16K

5 x 32 bit

3-ch

ADCs

I/O Pins

Manf. Part No.

8-ch 10-bit

76

LH75401N0Q100C0

8-ch 10-bit

76

LH75411N0Q100C0

-

64

LH79520N0Q000B1

USB 2.0; ENET; 3xUART; I²C; SPI; SSP; I²S

10-ch 10-bit

104

LH79524N0F100A1

USB 2.0; ENET; 3xUART; I²C; SPI; SSP; I²S

10-ch 10-bit

86

LH79525N0Q100A1

ARM9 195MHz

LFBGA256

16K

5 x 32 bit

-

USB 2.0; 3xUART; SPI

-

60

LH7A400N0F000B5

ARM9 245MHz

LFBGA256

16K

5 x 32 bit

-

USB 2.0; 3xUART; SPI

-

61

LH7A400N0F076B5

ARM9 195MHz

BGA256

16K

5 x 32 bit

-

USB 2.0; 3xUART; SPI

-

62

LH7A400N0G000B5

ARM9 200MHz

LFBGA

80K

3 x 32 bit

2-ch

USB 2.0; 3xUART; SPI

9-ch 10-bit

64

LH7A404N0F000B3

ARM9 266MHz

LFBGA

80K

3 x 32 bit

2-ch

USB 2.0; 3xUART; SPI

9-ch 10-bit

64

LH7A404N0F092B3

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Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-11

80c51 microcontrollers 80C51

Designed for real-time applications, these microcontrollers are used in a wide variety of applications, from consumer products and computer peripherals to automotive systems.

Flash 1KB Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

SO8

128

4 x 16 bit

-

2 Analog Comp.

6

P89LPC902FD

DIP8

128

4 x 16 bit

-

2 Analog Comp.

6

P89LPC902FN

SO8

128

4 x 16 bit

-

2 Analog Comp.

6

P89LPC903FD

SO8

128

4 x 16 bit

-

1 Analog Comp.

6

P89LPC906FD

UART

SO8

128

4 x 16 bit

-

HVSON10

128

4 x 16 bit

2-ch 8-bit

UART

1 Analog Comp.

6

P89LPC908FD

4-ch 8-bit

8

P89LPC9102FTK

HVSON10

128

4 x 16 bit

-

UART

4-ch 8-bit

8

P89LPC9103FTK

TSSOP14

128

4 x 16 bit

2-ch 8-bit

UART 4ch

8-bit

10

P89LPC9107FDH

TSSOP14

128

4 x 16 bit

1-ch 8-bit

SPI

2 Analog Comp.

12

P89LPC912FDH

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

Flash 2KB Package TSSOP14

256

2 x 16 bit

-

UART; I²C; SPI

-

13

P89LPC915FDH

TSSOP16

256

2 x 16 bit

-

UART; I²C; SPI

-

16

P89LPC916FDH

TSSOP16

256

2 x 16 bit

-

UART; I²C; SPI

-

15

P89LPC917FDH

TSSOP20

256

4 x 16 bit

2-ch 8-bit

UART; I²C

2 Analog Comp.

18

P89LPC920FDH

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

TSSOP20

256

4 x 16 bit

2-ch 8-bit

UART; I²C

4-ch 8-bit

18

P89LPC924FDH

TSSOP28

256

4 x 16 bit

2-ch 8-bit

UART; I²C; SPI

2 Analog Comp.

26

P89LPC930FDH

TSSOP28

256

4 x 16 bit

2-ch 8-bit

UART; I²C; SPI

4-ch 8-bit

26

P89LPC933FDH

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

Flash 4KB

Flash 8KB Package

SE-12

DIP20

256

4 x 16 bit

2-ch 8-bit

UART; I²C

2 Analog Comp.

18

P89LPC9221FN

TSSOP20

256

4 x 16 bit

2-ch 8-bit

UART; I²C

2 Analog Comp.

18

P89LPC922FDH

TSSOP28

256

4 x 16 bit

2-ch 8-bit

UART; I²C; SPI

2 Analog Comp.

26

P89LPC931FDH

TSSOP28

256

4 x 16 bit

2-ch 8-bit

UART; I²C; SPI

4-ch 8-bit

26

P89LPC934FDH P89LPC9401FBD

LQFP64

256

4 x 16 bit

2-ch 8-bit

UART; I²C; SPI

2 Analog Comp.

26

PLCC44

512

4 x 16 bit

2-ch 8-bit

2xUART; I²C; SPI

8-ch 10-bit

39

P89LPC952FA

LQFP44

512

4 x 16 bit

2-ch 8-bit

2xUART; I²C; SPI

8-ch 10-bit

39

P89LPC952FBD

TSSOP28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI

2 Analog Comp.

26

P89LPC932A1FDH

HVQFN28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI

2 Analog Comp.

26

P89LPC932A1FHN

PLCC28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI 2x

4-ch 8-bit

26

P89LPC935FA

TSSOP28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI 2x

4-ch 8-bit

26

P89LPC935FDH

HVQFN28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI 2x

4-ch 8-bit

26

P89LPC935FHN

PLCC28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI

8-ch 10-bit

26

P89LPC938FA

TSSOP28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI

8-ch 10-bit

26

P89LPC938FDH

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

Flash 16KB Package PLCC44

512

4 x 16 bit

5-ch PCA

UART; I²C

32

P89V660FA

PLCC28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI 2x

4-ch 8-bit

26

P89LPC936FA

TSSOP28

768

5 x 16 bit

4-ch CCU

UART; I²C; SPI 2x

4-ch 8-bit

26

P89LPC936FDH

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

Flash 32KB Package PLCC44

1K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89V662FA

TQFP44

1K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89V662FBC

Auckland +64 9 443 9500

Wellington +64 4 915 9500

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Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

80c51 microcontrollers 80C51 cont. Flash 64KB Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

PLCC44

1K

3 x 16 bit

2-ch 8-bit

UART; SPI

-

37

P89CV51RB2FA

TQFP44

1K

3 x 16 bit

2-ch 8-bit

UART; SPI

-

37

P89CV51RB2FBC

PLCC44

1K

3 x 16 bit

2-ch 8-bit

UART; SPI

-

37

P89CV51RC2FA

TQFP44

1K

3 x 16 bit

2-ch 8-bit

UART; SPI

-

37

P89CV51RC2FBC

TQFP44

1K

3 x 16 bit

2-ch 8-bit

UART; SPI

-

37

P89CV51RD2FBC

TQFP44

1K

4 x 16 bit

5-ch PCA

UART

-

32

P89LV51RD2BBC

PLCC44

1K

4 x 16 bit

5-ch PCA

UART

-

32

P89V51RD2FA

TQFP44

1K

4 x 16 bit

5-ch PCA

UART

-

32

P89V51RD2FBC P89V51RD2FN

DIP40

1K

4 x 16 bit

5-ch PCA

UART

-

32

PLCC44

2K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89V664FA

TQFP44

2K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89V664FBC

PLCC44

8K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89C668HBA

LQFP44

8K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89C668HBBD

PLCC44

8K

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P89C668HFA

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

TSSOP14

128

2x16 bit

-

UART; I²C

-

12

P87LPC760BDH

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

OTP 1KB

OTP 2KB

SO20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC762BD

TSSOP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC762BDH

DIP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC762BN

DIP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC762FN

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

PLCC44

128

3 x 16 bit

-

UART

-

32

P87C51SBAA

DIP40

128

3 x 16 bit

-

UART

-

32

P87C51SBPN

PLCC44

128

3 x 16 bit

-

UART

-

32

P87C51X2FA

OTP 4KB

SO20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC764BD

TSSOP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC764BDH

DIP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC764BN

DIP20

128

2 x 16 bit

-

UART; I²C

-

18

P87LPC764FN

SO20

128

2 x 16 bit

-

UART; I²C

4-ch 8-bit

18

P87LPC767BD

DIP20

128

2 x 16 bit

-

UART; I²C

4-ch 8-bit

18

P87LPC767BN

SO20

128

2 x 16 bit

4-ch

UART; I²C

4-ch 8-bit

18

P87LPC768FD

DIP20

128

2 x 16 bit

4-ch

UART; I²C

4-ch 8-bit

18

P87LPC768FN

SO20

128

2 x 16 bit

-

UART; I²C

4-ch 8-bit

18

P87LPC769HD

Package

RAM (bytes)

Timers

PWMs

Serial Interface

ADCs

I/O Pins

Manf. Part No.

PLCC44

256

4 x 16 bit

5-ch PCA

UART

-

32

P87C51FA-4A

OTP 8KB

DIP40

256

4 x 16 bit

5-ch PCA

UART

-

32

P87C51FA-4N

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C52SBAA

QFP44

256

3 x 16 bit

-

UART

-

32

P87C52SBBB

DIP40

256

3 x 16 bit

-

UART

-

32

P87C52SBPN

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C52SFAA

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C52UBAA

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C52X2BA

DIP40

256

3 x 16 bit

-

UART

-

32

P87C52X2BN

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C52X2FA

PLCC68

256

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P87C552SBAA

Auckland +64 9 443 9500

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Over one million electronic components online.

SE-13

80c51 MicRocontRolleRs 80c51 coNt. otP 16KB Package

rAM (bytes)

timers

PWMs

Serial interface

ADcs

i/o Pins

Manf. Part No.

PLCC44

256

4 x 16 bit

5-ch PCA

UART

-

32

P87C51FB-4A

DIP40

256

4 x 16 bit

5-ch PCA

UART

-

32

P87C51FB-4N

PLCC44

256

3 x 16 bit

-

UART

-

32

P87C54SBAA

DIP40

256

3 x 16 bit

-

UART

-

32

P87C54SBPN

PLCC44

512

4 x 16 bit

5-ch PCA

UART

-

32

P87C51RB+4A

DIP40

512

4 x 16 bit

5-ch PCA

UART

-

32

P87C51RB2BN

PLCC68

512

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P87C554SBAA

PLCC68

512

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P87C554SFAA

PLCC44

512

3 x 16 bit

2-ch

UART; I²C; CAN

6-ch 10-bit

32

P87C591VFAA

PLCC44

512

4 x 16 bit

5-ch PCA

UART; I²C

-

32

P87C660X2FA

Package

rAM (bytes)

timers

PWMs

Serial interface

ADcs

i/o Pins

Manf. Part No.

PLCC44

512

4 x 16 bit

5-ch PCA

UART

32

P87C51RC2FA

PLCC44

512

3 x 16 bit

-

2xUART

-

32

PXAG37KBA

PLCC44

512

3 x 16 bit

-

2xUART

-

32

PXAG37KFA

LQFP80

1K

4 x 16 bit

5-ch PCA

UART; I²C

8-ch 8-bit

50

PXAS37KBBE

Package

rAM (bytes)

timers

PWMs

Serial interface

ADcs

i/o Pins

Manf. Part No.

PLCC44

2K

4 x 16 bit

5-ch PCA

2 UARTs; SPI

34

P87C51MB2BA/02

Package

rAM (bytes)

timers

PWMs

Serial interface

i/o Pins

Manf. Part No.

PLCC44

3K

4 x 16 bit

5-ch PCA

2 UARTs; SPI

34

P87C51MC2BA/02

Package

rAM (bytes)

timers

PWMs

Serial interface

ADcs

i/o Pins

Manf. Part No.

PLCC44

128

3 x 16 bit

-

UART

-

32

P80C31SBAA

DIP40

128

3 x 16 bit

-

UART

-

32

P80C31SBPN

PLCC44

256

3 x 16 bit

-

UART

-

32

P80C32SBAA

otP 32KB

otP 64KB

otP 96KB ADcs

rAM oNly

SE-14

DIP40

256

3 x 16 bit

-

UART

-

32

P80C32SBPN

PLCC44

256

3 x 16 bit

-

UART

-

32

P80C32UBAA

PLCC44

256

3 x 16 bit

-

UART

-

32

P80C32UFAA

PLCC68

256

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P80C552EBA

QFP80

256

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P80C552EBB

PLCC68

256

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P80C552EFA

PLCC68

256

3 x 16 bit

2-ch

UART; I²C

8-ch 10-bit

48

P80C552IBA

LQFP64

512

3 x 16 bit

2-ch

UART; I²C

7-ch 10-bit

48

P80C554SFBD

PLCC68

512

3 x 16 bit

2-ch

UART; CAN

8-ch 10-bit

48

P80C592FFAA

LQFP44

512

3 x 16 bit

-

2xUART

-

32

PXAG30KBBD

PLCC68

1K

4 x 16 bit

5-ch PCA

2xUART; I²C

8-ch 8-bit

50

PXAS30KBA

LQFP80

1K

4 x 16 bit

5-ch PCA

2xUART; I²C

8-ch 8-bit

50

PXAS30KBBE

PLCC68

1K

4 x 16 bit

5-ch PCA

2xUART; I²C

8-ch 8-bit

50

PXAS30KFA

Auckland +64 9 443 9500

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2 Invented by NXP (Philips) more than 30 2 years ago, the I C-bus uses a simple two-wire format to carry data one bit at a time. It performs inter-chip addressing, selection, 2 2 and control, 2 data transfer. Speeds are up to 400 kHz (Fast-mode), 1 MHz (Fast-mode Plus), 3.4 MHz (High Speed-mode), or 5 MHz (Ultra Fast-mode).

uC

I C-bus: The serial revolution I C-bus: The serial revolution i2c solutions I C-bus: The serial revolution I C-bus: The serial revolution 2 complex parallel interfaces with a straightforward yet powerful serial By replacing I C-bus: The serial revolution The I C-bus shrinks the IC footprint leads to lower IC Plus,serial since far fewer I C-bus revolutionized chip-to-chip communications. istructure, c-BUS: By replacing complexthe parallel interfaces withand a straightforward yetcosts. powerful 2

2

I2C Serial Interface

Parallel Interface

2

SDA

SDA

SCL mplex parallel interfaces with a straightforward yet powerful serial SDA 2 traces are g complex parallel interfaces with a straightforward yet powerful serial SDA copper needed, it enables a smaller PCB, reduces design complexity, and structure, the I C-bus revolutionized chip-to-chip communications. thE SEriAl rEVolUtioN SCL C-bus revolutionized chip-to-chip communications. uC SCL e I2C-bus revolutionized chip-to-chip communications. lowers system cost. (Philips) Invented by NXP more than 30 years ago, the I2C-bus uses a simple two-wire SCL By replacing complex parellel interfaces with a straightforward yet uC ing complex withone a 2straightforward powerful serial SDA format to carry data bit a time. It yet performs inter-chip addressing, selection, uC Invented parallel by NXP interfaces (Philips) more than 30atyears ago, the I2C-bus uses a simple two-wire A/D revolutionised chip-to-chip powerful structure, the II2C-bus uC RTC MCU LCD MCU P, (Philips) more than 30serial years ago, the C-bus uses a simple two-wire I/O 2 2 D/A the I C-bus revolutionized chip-to-chip communications. NXPformat (Philips) than 30data years theSpeeds uses atosimple two-wire SCL control, and are up 400 kHz (Fast-mode), 1 MHz (Fast-mode to more carry data one bit transfer. atago, a time. ItI C-bus performs inter-chip addressing, selection, communications. data one bit at a time. It performs inter-chip addressing, selection, rry data oneand bit at a 3.4 time. It performs inter-chip selection, Plus), MHz (High Speed-mode), or kHz 5 MHz (Ultra Fast-mode). control, data transfer. Speeds are up to addressing, 400 (Fast-mode), 1 MHz (Fast-mode uC aby transfer. Speeds are by up to 30 400 kHz (Fast-mode), 1ago, MHz (Fast-mode 2 Parallel Interface I2C Serial Interface Invented NXP (Philips) more than 30 Iyears the I2C-bus uses atwo-wire NXP (Philips) more than years ago, the C-bus uses a simple data transfer. Speeds are up to 400 kHz (Fast-mode), 1 MHz (Fast-mode Plus), 3.4 MHz (High Speed-mode), or 5 MHz (Ultra Fast-mode). igh Speed-mode), or 5 MHz (Ultra Fast-mode). two-wire format to carry data one bit ataddressing, a time. It performs interParallel Interface I2C Serial Interface 2 a time. carry data onesimple bit Iat It performs inter-chip Hz (High Speed-mode), or 5shrinks MHz (Ultra The C-bus the ICFast-mode). footprint and leads to selection, lower IC costs. Plus, since far fewer Interface A0 Parallel Interface I2C Serial chip addressing, selection, control, and data transfer. Speeds are up to 2 New C Serial Interface Parallel Interface I A 1010011 R/W nd data Speeds areICare up to 400 kHz (Fast-mode), 1 MHz (Fast-mode 2 function copper traces it enables alower smaller reduces design complexity, and1010A2A1A0R/W A12 The Itransfer. C-bus shrinks the footprint and leads IC PCB, costs. Plus, since far fewer 400 kHz (Fast-mode), 1needed, MHz (Fast-mose Plus),to 3.4 MHz (High SpeedNew function address New function address nks the IC footprint and leads to lower IC costs. Plus, since far fewer MHz (High Speed-mode), or 5 MHz (Ultra Fast-mode). as assigned shrinks the IC footprint and leads to lower IC costs. Plus, since far fewer mode), orsystem 5MHz (Ultra lowers cost. copper traces are needed, it Fast-mode). enables a smaller PCB, reduces design complexity, and Parallel Interface I2C Serial Interface e needed, it enables a smaller PCB, reduces design complexity, and es are needed, it enables a smaller PCB, reduces design complexity, and lowers system cost. I2C-bus devices are available in a wide range of functions. Each slave device I2C-bus address, selectable using A/D has its own ost. shrinks the MCU LCD RTC MCU The I2C-bus shrinks bus IC footprint andthe leads to lower IC costs. Plus, since far fewerI/O D/A m cost. address pins set high (1) or low (0). Information is transmitted byte by byte, and each byte is acknowledged by the receiver. A/D IC footprint and leads to I/O LCD RTC MCU aces are needed, it enables a smaller PCB, I/O reduces MCU design complexity, and RTC A/D MCU devices on LCD There be multiple the bus, thanD/A one ICRTC can act as master.MCU TheMCU master role is typically played by a A/Dand more lowercan IC costs. Plus, since D/A MCU I/O same LCD D/A stem cost. far fewer copper traces microcontroller.

are needed, it enables

Write data a smaller PCB, reduces design complexity, and S slave address W lowers system cost.

MCU

A

A/D D/A

I/O

data <

A

data

n data bytes

A

LCD

Master

P >

RTC

A0 transmitter 1010A2A1A0R/W A New

A1 1010A2A1A0R/W 1010A2A1A0R/W A

2 New function address New function address

MCU

A

SlaveA01

1010A2A1A0R/W SDA A

0 New function address New

A1 function 0 A2R/W 1010011 New Afunction function address SCL1010011 1 Newfunction R/W New function 2 address A2

A2

New function

1010011 R/W

receiver 1010011 R/W

New function address as assigned

New function address as assigned

I C-bus devices are available in a wide range of functions. Each slave device has its own I C-bus address, selectable using as assigned New function address as assigned Read data A0 2 2 New SDA address pins set high (1) or low (0). Information is transmitted byte by byte, and each byte is acknowledged by the receiver. I C-bus devices are available in a inwide range of functions. Each slave device has address, selectable using 2 2 its own A1 I C-bus 1010011 R/W pins set high (1) or devices areof available a wide range of function. device has its1010A own C-bus address, selectable address function 2AI1A 0R/W selectable are available inI aC-bus wide range functions. Each slave deviceEach has slave its own I2C-bus address, usingusing 2 A receiver transmitter 2 ces address are available in a wide range of functions. Each slave device has its own I C-bus address, selectable using S slave R (0). A data Aissame data Aand Pmore There canaddress be devices on the bus, one can byte act as master. The master role is typically New function address New devices function address pins set high (1) multiple orislow Information transmitted by than byte, and each iscan acknowledged by low (0). Information transmitted byte by byte, and each byte is byte acknowledged by the IC receiver. There be multiple onthe thereceiver. same bus, and played by a as assigned high (1) or low (0). Information is transmitted byte by byte, and each byte is acknowledged by the receiver. SCL last data and byte <The n master data >role s setThere high (1) ormore low (0). one Information is master. transmitted byte by byte, each isact acknowledged bymaster the receiver. than IC can act on as ismore typically played by IC a byte microcontroller. microcontroller. can be multiple devices the same bus, and than one can as master. The role is typically played by a The master always sendsby theaclock bytes ultiple devices on theinsame bus, and of more than one IC can act as master. The master role is typically played 2 evices are available a wide range functions. Each slave device has its own I C-bus address, selectable using e multiple devices on the same bus, and more than one IC can act as master. The master role is typically played by a S = Start condition R/W = read/write microcontroller. Write data Master Slave A = or Acknowledge A = Not acknowledge P = Stop condition pins low (0). Information is transmitted byte by byte, and each byte is acknowledged by the receiver. SDA ller. set high (1) Write data S Master Slave transmitter receiver address W and A more data than A one data A act Pas master. Slave n be multiple devicesslave on the same bus, IC can The master role Master SDA is typically played by a Master Slave SDA 2 SCL Our I C-bus website (www.nxp.com/interface) OM6275 I2C 2005-1 evaluation board with OM6293 SDA > transmitter receiver slave address W A data A < data n data A bytes P troller.S transmitter receiver ss W A data A data A P transmitter receiver SCL address W is a A data A datafor A n data P bytes valuable device PCA9600 Fm+ 1-MHz bus buffer daughter card Read dataresource < > SCL SDA ta Master Slave < n data bytes > SCL information and programs. < n datatraining bytes > SDA Read data receiver transmitter S slave address R A data A data A P SDA transmitter receiver SCL ve address W A you data data A P It gives directAaccess to a comprehensive SDA n data > receiver SDA transmitter S slave address R A data A < data A Plast data byte SCL The master always sends the clock transmitter bytes receiver < n data bytes > ss R A handbook, data A application data A notes, P information receiver transmitter SCL address R A datacondition A data A last data byte S = Start R/W<= n read/write data P > SCL last data byte < n data > ta bytes about evaluation kits training SCL The master always sends the clock A bytes = Acknowledge Alast =and Not acknowledge P = Stop condition data byte < n data > The master always sendsSDA the clock S = Start condition R/W = read/write OM6281 PCA9698 Fm+sends 40-bitthe GPIO daughter The master always clock bytes R/W = read/write materials, links to application and receiver transmitter A = Acknowledge A = Not acknowledge P = Stop condition ve address R A data A data A P tion R/W = read/write A = Not acknowledge P = Stop condition 2 card with PCA9530 2-bit LED dimmer iOur c DEVEloPMENt BoArDS SCL board with OM6293 design and more. ge A = Not acknowledge Stop I2support, C-bus website (www.nxp.com/interface) OM6275 I2C 2005-1 evaluation last data byte < P n= data >condition 2

The master always sends the clock

bytes

iswebsite aI2Cvaluable resource forand device Fm+board 1-MHzwith busOM6293 buffer daughter card Our R/W I2C-bus I2C evaluation The Fm+(www.nxp.com/interface) development boards daughter OM6275 cards make it 2005-1 easy PCA9600 to program ndition = read/write te (www.nxp.com/interface) OM6275 I2C 2005-1 evaluation board with OM6293 2peripherals and protocol. new aretraining a OM6275 quick way to learn about the I2C-bus wledge A = Not acknowledge P = Stop condition website (www.nxp.com/interface) I2C 2005-1 evaluation board with OM6293 The Iresource C Fm+ development board information and programs. is a valuable for device PCA9600 Fm+ 1-MHz bus buffer daughter card ource for device PCA9600 Fm+ 1-MHz bus buffer daughter card e resource forand device Fm+ daughter cards makePCA9600 it easy to 1-MHz bus buffer daughter card It and gives you direct access to a comprehensive information training programs. training programs. us website (www.nxp.com/interface) OM6275 I2C 2005-1 evaluation board with OM6293 and training programs. program new peripherals and are a quick Description order number application notes, information It gives youhandbook, direct access to a comprehensive access to a comprehensive OM6290 LCD driver evaluation board : 2 ble resource for device PCA9600 Fm+ 1-MHz bus buffer daughter card directhandbook, access to aabout comprehensive way to learn about the Iand C-bus protocol. evaluation kits training application notes, information I2C 2005-1 evaluation board with OM6275 cation notes, information PCF8576D, PCF2119, PCF8531, PCA9633 OM6281 PCA9698 Fm+ 40-bit GPIO daughter OM6293 PCA9600 Fm+ 1-MHz bus OM6275 on and training programs. application notes, information materials, links to application and about evaluation kits and training buffer daughter card n kits and training card withGPIO PCA9530 2-bit LED dimmer OM6281 PCA9698 Fm+ 40-bit daughter ou direct to a comprehensive ation kitsaccess and training design and more.PCA9698 Fm+ 40-bit materials, links to support, application and OM6281 GPIO daughter PCA9698 Fm+ 40-bit GPIO ok,application and OM6281 PCA9698 Fm+ 40-bit GPIO daughter card with PCA9530 2-bit LED dimmer application notes, information nks to application andand daughter card more. with PCA9530 2-bit card with PCA9530 OM6281 2-bit LED dimmer design support, and more. card with PCA9530 2-bit LED dimmer LED dimmer 2 aluation and training port, andkits more. The I C Fm+ development board OM6281 PCA9698 Fm+ 40-bit GPIO daughter LCD driver board: , links to Iapplication and evaluation 2 and daughter cards make it easy to The C Fm+ development board PCF8576D, PCF2119, PCF8531, OM6290 card with PCA9530 2-bit LED dimmer elopment board more. +upport, development board program new andand daughter cards PCA9633 makeperipherals it easy to and are a quick OM6281 rds make it easy to OM6290 LCD driver evaluation board : er cards makenew itway easy to to learn about program peripherals andthe are Ia2C-bus quick protocol. ripherals and are aboard quick PCF8576D, PCF2119,board PCF8531, PCA9633 OM6290 LCD driver evaluation : m+ development w peripherals and are athe quick way2 to learn about I2C-bus protocol. OM6290 LCD driver evaluation board : ut the I C-bus protocol. OM6290 LCD driver evaluation board : 2 PCF8576D, PCF2119, PCF8531, PCA9633 ghter cards it easy to about the make I C-bus protocol. PCF8576D, PCF2119, PCF8531, PCA9633 PCF8576D, PCF2119, PCF8531, PCA9633 new peripherals and are a quick OM6290 LCD driver evaluation board : arn about the I2C-bus protocol.

OM6290

SE-15

PCF8576D, PCF2119, PCF8531, PCA9633

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Over one million electronic components online.

i2c solutions I2C INTERFACE CONTROLLERs Package

Description

SO20

400 kHz I2C-bus controller

Manf. Part No. PCA9564D

TSSOP20

400 kHz I2C-bus controller

PCA9564PW

TSSOP20

Fast-mode Plus I2C-bus controller with 68-byte buffer

PCA9665PW

DIP20

100 kHz I2C-bus controller

PCF8584P

SO20

101 kHz I2C-bus controller

PCF8584T/2

TSSOP16

UART-to-I2C-master bridge with GPIO

SC18IM700IPW

Package

Description

Manf. Part No.

DIP8

Fast-mode I2C bus extender

P82B715PN

SO8

Fast-mode I2C bus extender

P82B715TD

TSSOP8

Fast-mode bidirectional bus buffer

P82B96DP

DIP8

Fast-mode bidirectional bus buffer

P82B96PN

SO8

Fast-mode bidirectional bus buffer

P82B96TD

SO8

Fast-mode shift DDC buffer with accelerator

PCA9507D

TSSOP8

Fast-mode shift DDC buffer with accelerator

PCA9507DP

SO8

Fast-mode shift hot-swap I2C bus repeater

PCA9508D

SO8

Fast-mode shift bus buffer with current source

PCA9509D

TSSOP8

Fast-mode shift bus buffer with current source

PCA9509DP

TSSOP8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9510ADP

SO8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9510AD

SO8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9511AD

TSSOP8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9511ADP

SO8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9512AD

SO8

Fast-mode shift I2C/SMBus bus buffer

PCA9512BD

TSSOP8

Fast-mode shift I2C/SMBus bus buffer

PCA9512BDP

TSSOP8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9513ADP

SO8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9513AD

SO8

Fast-mode hot-swap I2C/SMBus bus buffer

PCA9514AD

TSSOP8

Fast-mode I2C bus repeater

PCA9515ADP/DG

TSSOP8

Fast-mode I2C bus repeater

PCA9515ADP

SO8

Fast-mode I2C bus repeater

PCA9515AD

SO8

Fast-mode I2C bus repeater

PCA9515D

TSSOP8

Fast-mode I2C bus repeater

PCA9515DP

I2C BUS REPEATERS/HUBS/EXTENDERS

SO8

Fast-mode shift I2C bus repeater

PCA9517AD

TSSOP8

Fast-mode shift I2C bus repeater

PCA9517ADP

SO8

Fast-mode (1 MHz) I2C-bus repeater unidirectional clock

PCA9525D

TSSOP8

Fast-mode (1 MHz) I2C-bus repeater unidirectional clock

PCA9525DP

SO16

Fast-mode 5-channel I2C hub

PCA9516AD

TSSOP20

Fast-mode expandable 5-channel I2C hub

PCA9518PW

SO16

4-channel Fast-mode Plus fully buffered switch with reset 8-channel

PCA9646D

SO16

8-bit I2C Fast-mode Plus 65 mA open-drain GPO with reset

PCA9621D

I C GENERAL PURPOSE INPUT/OUTPUT (GPIO) 2

SE-16

Package

Description

SO16

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and pull-up resistors

Manf. Part No. PCA8574AD

TSSOP16

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA8574APW

TSSOP16

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA8574PW

SSOP20

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA8574TS

TSSOP24

16-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and

PCA8575PW

SO16

8-bit I2C Fast-mode quasi-bidirectional GPIO with pull-up resistors and 2-K EEPROM

PCA9500D

TSSOP16

8-bit I2C Fast-mode quasi-bidirectional GPIO with pull-up resistors and 2-K EEPROM

PCA9500PW

HVQFN20

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt, pull-up resistors, and 2-K EEPROM

PCA9501BS

SO20

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt, pull-up resistors, and 2-K EEPROM

PCA9501D

TSSOP20

8-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt, pull-up resistors, and 2-K EEPROM

PCA9501PW

HVQFN24

8-bit I2C /SPI Fast-mode totem-pole GPIO with interrupt and reset

PCA9502BS

TSSOP56

40-bit I2C Fast-mode totem-pole GPIO with interrupt, reset, pull-up resistors and output enable

PCA9505DGG

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i2c solutions

I2C GENERAL PURPOSE INPUT/OUTPUT (GPIO) cont.

Auckland +64 9 443 9500

Package

Description

HVQFN56

40-bit I2C Fast-mode totem-pole GPIO with interrupt, reset, and output enable

Manf. Part No. PCA9506BS

TSSOP56

40-bit I2C Fast-mode totem-pole GPIO with interrupt, reset, and output enable

PCA9506DGG

HVQFN16

8-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9534BS

SO16

8-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9534D

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9534PW

HVQFN24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535BS

SO24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535CD

HWQFN24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535CHF

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535CPW

SO24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535D

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt

PCA9535PW

SO8

4-bit I2C Fast-mode totem-pole GPIO with pull-up resistor

PCA9536D

TSSOP8

4-bit I2C Fast-mode totem-pole GPIO with pull-up resistor

PCA9536DP

SO16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and reset

PCA9538D

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and reset

PCA9538PW

HVQFN24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and reset

PCA9539BS

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and reset

PCA9539PW

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and reset

PCA9539RPW

HVQFN16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554ABS

SO16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554AD

SSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554ADB

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554APW

SO16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554D

SSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554DB

DIP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554N

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554PW

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554PW/DG

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up resistors (AEC-Q100)

PCA9554PW/Q900

HVQFN24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555BS

SO24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555D

SSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555DB

DIP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555N

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555PW

TSSOP24

16-bit I2C Fast-mode totem-pole GPIO with interrupt and pull-up

PCA9555PW/DG

HVQFN16

8-bit I2C Fast-mode totem-pole GPIO with reset

PCA9557BS

SO16

8-bit I2C Fast-mode totem-pole GPIO with reset

PCA9557D

TSSOP16

8-bit I2C Fast-mode totem-pole GPIO with reset

PCA9557PW

HWQFN24

16-bit I2C Fast-mode LV totem-pole/OD GPIO with interrupt, reset, and pull-up/pull-down resistors

PCA9575HF

TSSOP28

16-bit I2C Fast-mode LV totem-pole/OD GPIO with interrupt, reset, and pull-up/pull-down resistors

PCA9575PW2

TSSOP16

8-bit I2C Fast-mode Plus quasi-bidirectional GPIO with reset and pull-up resistors

PCA9670PW

SSOP24

16-bit I2C Fast-mode Plus quasi-bidirectional GPIO with interrupt, reset, and pull-up resistors

PCA9673DK

HVQFN16

8-bit I2C Fast-mode Plus quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA9674ABS

DIP16

8-bit I2C Fast-mode Plus quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA9674AN

TSSOP24

16-bit I2C Fast-mode Plus quasi-bidirectional GPIO with interrupt and pull-up resistors

PCA9675PW

TSSOP56

40-bit I2C Fast-mode Plus totem-pole GPIO with interrupt, reset, pull-up resistors and output enable

PCA9698DGG

DIP16

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574AP

SO16

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574AT/3

SSOP20

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574ATS/3

DIP16

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574P

SO16

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574T/3

SSOP20

8-bit I2C 100 kHz quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8574TS/3

SSOP24

16-bit I2C Fast-mode quasi-bidirectional GPIO with interrupt and pull-up resistors

PCF8575TS/1

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SE-17

i2c / analogue & misc IC’s NXP Analogue/ Misc IC’s cont.

I2C MULTIPLEXERS/SWITCHES Package

Description

Manf. Part No.

TSSOP8

2-channel I2C mux

PCA9540BDP/DG

TSSOP16

2-to-1 I2C demux with interrupt and reset (channel 0 default)

PCA9541APW/01

TSSOP16

2-to-1 I2C demux with interrupt and reset (no channel default) 4-channel

PCA9541APW/03

I2C VOLTAGE LEVEL TRANSLATORS Package

Description

Manf. Part No.

XSON6

Fast-mode Plus 1-bit voltage translator

NVT2001GM

TSSOP8

Fast-mode Plus 2-bit voltage translator for I2C/ SMBus applications

NVT2002DP

XSON8

Fast-mode Plus dual I2C/SMBus voltage translator

PCA9306GF

DHVQFN16

Fast-mode Plus 6-bit voltage translator

NVT2006BQ

HVQFN16

Fast-mode Plus 6-bit voltage translator

NVT2006BS

Package

Description

Manf. Part No.

DBS23P

Radio Power AMP 4X25W

TDA8567QU

DBS23P

Class-D Power AMP

TDA8920BJ

HSOP24

Class-D Power AMP

TDA8920BTH

SIL9MPF

6W Mono BTL Power AMP

TDA8943SFU

SIL9P

15W Mono BTL Power AMP

TDA8945SU

DBS17P

Audio AMP 2X15W

TDA8946JU

SO32

Sound Fader Controller

TEA6320TD

DBS9P

Audio AMP 2-Channel

TFA9843J

Package

Description

Manf. Part No.

CODECs

LQFP48

Audio Codec w/ Touchscreen

UCB1400BE

SSOP28

Audio Codec Minidisc

UDA1341TSDB

SSOP28

Audio Codec Minidisc

UDA1342TSDB

SSOP28

Audio Codec w/Dsp

UDA1344TSDB

SSOP28

Audio Codec

UDA1345TSDB

Controllers/Interfaces

NXP Analogue/ Misc IC’s Audio Package SIL9MPF

SE-18

Description

Manf. Part No.

Package

Description

Manf. Part No.

TSSOP16

USB1.1 Low Voltage

ISP1106DH

LQFP64

USB Host Controller

ISP1160BD01

TSSOP48

USB Controller Full-Speed

ISP1160BM01

LQFP64

USB Host+Dev Controller

ISP1161A1BM

4W Power AMP w/Volume

TDA1013BU

TSSOP48

USB Otg Controller

ISP1181ADGG ISP1181BDGG

SO8

Stereo Headphone Driver

TDA1308AT/N2

TSSOP48

USB Controller Full-Speed

SO8

Stereo Headphone Driver

TDA1308T/N2

LQFP64

USB2 7-Port Hub

ISP1362BD

DBS13P

Stereo Power Amp

TDA1516BQU

LQFP64

USB2 4-Port Pci Host

ISP1520BD

HDIP18

2x6W Stereo Power Amp

TDA1517PN

LQFP80

USB Periphial Controller

ISP1521BE

SIL9MPF

2x6W Stereo Power Amp

TDA1517U

LQFP128

USB Periphial Controller

ISP1563BM ISP1564HL

SIL9MPF

12W BTL, 2x6W

TDA1519BU

LQFP100

USB Host Controller

SIL9P

22W BTL, 2x11W

TDA1519CU

HVQFN56

USB Host Controller

ISP1582BS

DIP18

Stereo Tone/Volume Control

TDA1524AN

HVQFN64

USB Periphial Controller

ISP1583BS

DBS13P

2 x22W BTL Power Amp

TDA1552QU

LQFP128

USB Host Controller

ISP1760BE

DBS17P

4x11W/2x22W Power Amp

TDA1554QU

LQFP144

IEEE 1394 Link Controller

PDI1394L40BE

DBS17P

70W HI-EFF Power Amp

TDA1562QU

SO28

Interface Spi/I2C

PDIUSBD12D

SIL9MPF

2x6W HI-FI Power Amp

TDA2615U

TSSOP28

Stand-Alone Can

PDIUSBD12PWDH

SIL9P

2X12W HI-FI Power Amp

TDA2616U

TSSOP16

Controller I2C w/UART

SC18IM700IPW

SO8

LV Mono/Stereo Power

TDA7050TD

TSSOP16

Interface SPI/I2C

SC18IS600IPW

DIP8

1W BTL Mono Amp

TDA7052AN

DIP28

Stand-Alone Can

SJA1000N

SO8

0.5W BTL Mono Amp

TDA7052ATD

SO28

Stand-Alone Can

SJA1000TD

SO8

0.5W BTL Mono Amp

TDA7052BTD

LQFP32

Smart Card Reader

TDA8002CGB

DIP8

1W Low Volt Power Amp

TDA7052N

LQFP48

Interface Card MP

TDA8007BHLBE

DIP16

2x1W Stereo AMP BTL

TDA7053AN

TSSOP28

Smart Card Interface

TDA8024TT

SO20

3W BTL+DC Volume Control

TDA7056ATD

LQFP32

Smart Card Reader

TDA8029HL07BD

SIL9MPF

3W BTL Mono Power Amp

TDA7056AU

SIL9MPF

5W BTL Mono Power Amp

TDA7056BU

DBS13P

Stereo Audio Amp

TDA7057AQU

DBS17P

AMP Power 26W 17-SIL

TDA8510JU

SO8

AMP Audio 1W BTL

TDA8541TD

SO8

1W CMOS Power Amp

TDA8551TD

SO20

Audio Power Amp BTL

TDA8552TD

SSOP20

Audio Power Amp BTL

TDA8552TSDB

SO16

Headphone AMP LV

TDA8559TD

DBS13P

Audio AMP BTL

TDA8563QU

DBS17P

Audio AMP BTL

TDA8566QU

Auckland +64 9 443 9500

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IC’S NXP Analogue/ Misc IC’s Cont.

NXP Analogue/ Misc IC’s Cont.

Analogue to Digital Converters

ICs -Translators

Package

Description

Manf. Part No.

Package

Description

Manf. Part No.

DIP16

Adc/Dac 8-Bit I2C

PCF8591PN

VSSOP8

Xlatr 2Bit Bi-Directional

GTL2002DC

SO16

Adc/Dac 8-Bit I2C

PCF8591TD

TSSOP14

Xlatr Quad Bi-Directional

GTL2005PW

LQFP144

Trpl 8Bit Video Adc

TDA8754HL11BE

TSSOP28

Xlatr Gtl/Lvttl 13Bt

GTL2006PW

LQFP144

Trpl 8Bit Video Adc

TDA8754HL14BE

TSSOP28

12Bit Xeon GTL/LVTTL

GTL2007PW

LQFP144

Trpl 8Bit Video Adc

TDA8754HL17BE

HVQFN24

Volt Translator

GTL2010BS

LQFP144

Trpl 8Bit Video Adc

TDA8754HL21BE

DIP16

Volt Translator Quad

HEF4104BPN

Volt Translator Quad

HEF4104BTD

Package

Description

Manf. Part No.

TSSOP8

CMOS RTC/Calendar

PCA8565TS

DIP8

Clock/Calendar

PCF8583PN PCF8583TD

LQFP48

Adc 10Bit 40Msps

TDA8783HLBE

SO16

LQFP48

Adc 10Bit 18Msps

TDA8787AHLBE

SSOP16

Adc Stereo Audio 24Bit

UDA1361TSDK

Real Time Clocks

Digital to Analogue Converters Package

Description

Manf. Part No.

LQFP48

Video DAC 10Bit

TDA8777HL/24/C1S

SO8

Clk/Calendar 240X8 RAM

SSOP16

Audio DAC Stereo

UDA1330ATSDK

DIP8

Low Power Clock/Calendar

PCF8593N

SSOP16

Audio DAC Lp

UDA1334ATSDH

SO8

Low Power Clock/Calendar

PCF8593TD

RF Amplifier ICs and Modules

Display Drivers Package

Description

Manf. Part No.

Package

Description

Manf. Part No.

SO28

LCD Driver 40SEG

PCF2100CTD

SOT343

MM Amplifier

BGA2001

MM Amplifier

BGA2003

TSSOP48

LCD Driver 32/128SEG

PCF8562TT/2

SOT343

DIP40

LCD Driver Univ. Low-MUX

PCF8566PN

SOT363

MM Amplifier 1.9GHZ

BGA2012

VSO40

LCD Driver Univ. Low-MUX

PCF8566TD

SOT363

MMVAR Gain Amplifier

BGA2031/1

VSO56

LCD Driver Univ. Low-MUX

PCF8576CTD

SOT363

MM Amplifier

BGA2712

TQFP64

LCD Driver 40/160SEG

PCF8576DH/2

SOT363

MM Amplifier

BGA2748

TSSOP56

LCD Driver 40/160SEG

PCF8576DT/2

SOT363

MM Amplifier

BGA2T/R

MMIC Amplifier

BGA6589

VSO56

LCD Driver Univ. Low-MUX

PCF8576TD

SOT89

DIP40

LCD Driver 32/64SEG

PCF8577CPN

SOT363

MM Amplifier

BGM1013

VSO40

LCD Driver 32/64SEG

PCF8577CTD

SOT363

MM Amplifier

BGM1014

LQFP64

LCD Driver DOT Matrix

PCF8578H/1

VSO56

LCD Driver DOT Matrix

PCF8578TD

VSO56

LCD Driver DOT Matrix

PCF8579TD

Description

Manf. Part No.

SO24

I2C LED Blinker 16Bit

PCA9552D

TSSOP24

I2C LED Blinker 16Bit

PCA9552PW

SO8

LED Driver 4Bit I2C

PCA9553D/01

SO16

LED Driver 4Bit I2C

PCA9633D16

TSSOP8

LED Driver 4Bit I2C

PCA9633DP1

TSSOP16

LED Driver 4Bit I2C

PCA9633PW

DIP24

LED Driver 4 Digit W/I2C

SAA1064PN

SO24

LED Driver 4 Digit W/I2C

SAA1064TD

High Side, Low Side, Bridge Drivers - Smart MOSFETs Package

Description

Manf. Part No.

SOT263

Topfet High Side Sw

BUK202-50Y

SOT263

Topfet High Side Sw

BUK209-50Y

SOT426

Topfet High Side Sw

BUK214-50Y

Hot Swaps Package

Description

Manf. Part No.

SO8

Hotswap I2C/SMBUS

PCA9511AD

TSSOP8

Hotswap I2C/SMBUS

PCA9511ADP

TSSOP8

Hotswap I2C/SMBUS

PCA9513ADP

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RF Mixer ICs Package SOT363

MM Mixer

BGA2022

SSOP20

Mixer FM IF System

SA58641DK

SO8

LP VHF DBL-BAL w/OSC

SA602AD/01

DIP8

LP VHF DBL-BAL w/OSC

SA602AN/01

SO20

LP Mixer FM IF SYS

SA605D/01

SSOP20

LP Mixer FM IF SYS

SA605DK/01

SSOP20

LP Mixer FM IF SYS

SA606DK/01

SO8

LP VHF DBL-BAL w/OSC

SA612AD/01

DIP8

LP VHF DBL-BAL w/OSC

SA612AN/01

SSOP20

LP FM IF Receiver SYS

SA616DK/01

SSOP20

LP FM IF Receiver SYS

SA676DK/01

SE-19

RF Transmitter, Transceiver and Receiver ICs, Modules Package

Description

Manf. Part No. SA604AD/01

SO16

FM IF System Low Power

TSSOP20

Digital IF Receiver

SA647DH

QFP44

Self Tuned Radio w/SYN

TEA5757HB

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IC’S NXP Analogue/ Misc IC’s Cont.

NXP Analogue/ Misc IC’s Cont.

Sensors -Temperature

Video -Encoders & Decoders

Package

Description

Manf. Part No.

SOD70

Temp Sensor

KTY81/110

QFP44

PC Graphics 45MHZ

SAA7103HB

SOD70

Temp Sensor

KTY81/210

QFP64

PC Graphics 85MHZ

SAA7105HBG

Description

Manf. Part No.

SOD68

Temp Sensor

KTY83/110

LQFP100

Decoder w/Filter

SAA7114HBE

SOD68

Temp Sensor Axial

KTY83/150

LQFP100

ADV Digital Video Decoder

SAA7115HLBE

TSSOP8

Temp Sensor Digital

LM75ADP

LBGA156

Video Decoder w/Filter

SAA7118EEB

TSSOP8

Temp Sensor

SA56004ADP

QFP160

Video Decoder w/Filter

SAA7118HBB

TSSOP8

Temp Sensor

SA56004EDP

QFP44

Digital Vid Encdr NTSC, PAL

SAA7121HB

TSSOP8

Temp Sensor

SA56004FDP

QFP44

DV Enc/NTSC, PAL, SECAM

SAA7129AHB

TSSOP8

Temp Sensor Digital

SE95DP

Package

Description

Manf. Part No.

PLCC44

2CH UART 16B FIFO

SC16C2550BIA44

UARTs

SE-20

Package

Video Processors Package

Description

Manf. Part No.

QFP64

Enhanced Video Input

SAA7111AHBG

LQFP64

Enhanced Video Input

SAA7111AHZBD

LQFP48

2CH UART 16B FIFO

SC16C2550BIB48

QFP44

9-BIT Video Input

SAA7113HB

HVQFN32

2CH UART 16B FIFO

SC16C2550BIBS

QFP44

9-BIT Video Input

SAF7113HB

PLCC44

2CH UART 16B FIFO

SC16C2552BIA44

PLCC44

1CH UART 16B FIFO

SC16C550BIA44

LQFP48

1CH UART 16B FIFO

SC16C550BIB48

LQFP64

4CH UART 16B FIFO

SC16C554BIB64

Voltage Regulators Package

Description

Manf. Part No.

LQFP80

4CH UART 16B FIFO

SC16C554BIB80

SO5

CapFree LDO 150mA Lo-Noise

SA57000-30D

LQFP64

4CH UART 16B FIFO

SC16C554BIBM

SO5

CapFree LDO 150mA Lo-Noise

SA57000-33D

PLCC68

4CH UART 16B FIFO

SC16C554DBIA68

SOT223

5V 100MA VLDO Regulator

TDA3664/N1

LQFP64

4CH UART 16B FIFO

SC16C554DBIB64 SC16C650BIB48

LQFP48

1CH UART 32B FIFO

LQFP48

2CH UART 32B FIFO

SC16C652BIB48

LQFP64

4CH UART 64B FIFO

SC16C654DBIB64

PLCC44

1CH UART 64B FIFO

SC16C750BIA44

HVQFN32

1CH UART 64B FIFO

SC16C750BIBS

LQFP48

2CH UART 64B FIFO

SC16C752BIB48

HVQFN32

2CH UART 64B FIFO

SC16C752BIBS

PLCC68

4CH UART 64B FIFO

SC16C754BIA68

LQFP80

4CH UART 64B FIFO

SC16C754BIB80

TSSOP16

UART Single w/FIFO

SC16IS740IPW

HVQFN24

UART I2C/SPI

SC16IS750IBS

HVQFN32

UART Dual I2C/SPI

SC16IS752IBS

TSSOP28

UART Dual 12C/SPI

SC16IS752IPW SC16IS760IBS

HVQFN24

UART I2C/SPI

HVQFN32

UART Dual I2C/SPI

SC16IS762IBS

TSSOP28

Dual UART 64BYTE

SC16IS762IPW

PLCC44

UART Dual w/FIFO

SC26C92A1A

PLCC44

UART Dual w/FIFO

SC26C92C1A

PLCC52

UART Quad w/FIFO

SC28C94A1A

LQFP80

UART Quad w/FIFO

SC28L194A1BE

PLCC84

UART Octal w/FIFO

SC28L198A1A

QFP44

UART Single w/FIFO

SC28L91A1B

QFP44

UART Dual w/FIFO

SC28L92A1B

LQFP48

UART Dual w/FIFO

SC68C2550BIB48

LQFP48

UART Dual w/FIFO

SC68C752BIB48

DIP40

UART Dual

SCC2681AC1N40

SO24

1CH. 5V Ind. UART

SCC2691AC1D24

DIP24

1CH. 5V Ind. UART

SCC2691AC1N24

DIP24

1CH. 5V Ind. UART

SCC2691AE1N24

PLCC44

2CH. 5V Ind. UART

SCC2692AC1A44

DIP40

2CH. 5V Ind. UART

SCC2692AC1N40

PLCC84

8CH. UART Enhanced

SCC2698BC1A84

PLCC44

2CH. UART

SCC68681C1A44

PLCC44

2CH. 5V IND.MOT INTRF.

SCC68692C1A44

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Demos, Evaluation Kits, & Reader Modules Description

Manf. Part No.

Mifare Pegoda Demo

MFEV700HABM

Mifare Evaluation Kit

MFEV800HABM

Spi/I2C To Uart

OM6270

Uart To I2C Master

OM6272

Spi/I2C To Uart/Irda

OM6273

I2C Portfolio

OM6275

I2C Bus Controller

OM6277

I2C Portfolio

OM6278

I.Code Pegoda Sh.-Rg

SLEV400/HAB

Mifare&ICODE RFID Reader

CLRD701

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

LOGIC NXP Logic Description

Package

Manf. Part No.

Description

Package

Manf. Part No.

Quad 2-In NAND Gate

SO14

74ABT00D

Quad 2-In NAND Schmitt

TSSOP14

74HC132PW

Hex Inverter

SO14

74ABT04D

3-8 Decoder/Demux

SO16

74HC137D

Hex Inverter

TSSOP14

74ABT04PW

3-8 Line Decoder/Demultiplxr

SO16

74HC138D

Quad 2-In AND Gate

TSSOP14

74ABT08PW

3-8 Line Decoder/Demultiplxr

DIP16

74HC138N

Quad Buffer 3State

SO14

74ABT125D

2-4 Line Decoder/Demultiplxr

SO16

74HC139D

Octal Transceiver w/ 30立

TSSOP20

74ABT2245PW

2-4 Line Decoder/Demultiplxr

DIP16

74HC139N

Octal Buffer/Line Driver 3State

SO20

74ABT244D

Hex Inverter Schmitt Trigger

SO14

74HC14D

Octal Buffer/Line Driver 3State

SSOP20

74ABT244DB

Hex Inverter Schmitt Trigger

SSOP14

74HC14DB

Octal Transceiver 3State

SO20

74ABT245D

Hex Inverter Schmitt Trigger

DIP14

74HC14N

Octal Buffer/Driver 3State

SO20

74ABT541D

8-Input Multiplexer

SO16

74HC151D 74HC153D

9-Bit D-TYPE F/F 3-S

TSSOP24

74ABT823PW

Dual 4-Input Multiplexer

SO16

Quad 2-In NOR Gate

TSSOP14

74AHC02PW

Dual 4-Input Multiplexer

DIP16

74HC153N

Single 2-In NAND Gate

SOT353

74AHC1G00GW

4-16 Line DCOD/DMUX

SO24

74HC154D 74HC154N

Inverter Buffer

SOT353

74AHC1G04GW

4-16 Line DCOD/DMUX

DIP24

Single 2-In AND Gate

SOT353

74AHC1G08GW

Quad 2-IN Multiplexer

SO16

74HC157D

Schmitt Trigger Inverter

SOT753

74AHC1G14GV

8-BIT Shift Register

SO14

74HC164D

Inverter Schmitt Trigger

SOT353

74AHC1G14GW

8-BIT Shift Register

SO16

74HC165D

Single 2-In OR Gate

SOT353

74AHC1G32GW

8-BIT Shift Register

DIP16

74HC165N

8-Bit Address Latch

SO16

74AHC259D

8-BIT Shift Register

TSSOP16

74HC165PW

8-In NAND Gate

TSSOP14

74AHC30PW

8-BIT Shift Register

SO16

74HC166D

Oct D F/F POS Edge

TSSOP20

74AHC377PW

Quad D F/F POS-Edge

DIP16

74HC173N

8-Bit Address BL Latch

SO16

74AHCT259D

Hex D F-F POS-Edge

SO16

74HC174D

Transceiver 16Bit Dual 3State

TSSOP48

74ALVC164245DG

Quad D F/F POS-Edge

SO16

74HC175D

Transceiver 16Bit LVL Shift

SSOP48

74ALVC164245DL

Counter Up/Down Sync

DIP16

74HC191N

16-Bit Transceiver w/30立

TSSOP48

74ALVT162245DG

4-BIT Counter U/D Sync

SO16

74HC193D

Single 2-In AND Gate

SOT353

74AUP1G08GW

4-BIT BIN Up/Down Counter

SSOP16

74HC193DB

Buffer/Driver 3State 1.8V

SOT353

74AUP1G125GW

Single 2-In NAND Gate

SOT353

74HC1G00GW

Schmitt Trigger Inverter

SOT886

74AUP1G14GM

Single 2-In NOR Gate

SOT353

74HC1G02GW

Single 2-In OR Gate

SOT886

74AUP1G32GM

Inverter Buffer

SOT353

74HC1G04GW

Single Inverter Unbuffered

SOT353

74AUP1GU04GW

Single 2-In AND Gate

SOT353

74HC1G08GW

Dual Inverter LP

SOT363

74AUP2G04GW

BUS Buffer/Driver 3State

SOT353

74HC1G125GW

Dual Buffer 1.8V

SOT886

74AUP2G07GM

Inverter Schmitt Trigger

SOT353

74HC1G14GW

Dual Schmitt-Trigger Inverter

SOT363

74AUP2G14GW

Bilateral Switch

SOT353

74HC1G66GW

Dual Buffer 1.8V

SOT363

74AUP2G34GW

Dual 4-In NAND Gate

DIP14

74HC20N

Dual UnBuffered Inverter

SOT363

74AUP2GU04GW

Dual Mono Non Retrigger

SO16

74HC221D

Quad 2-In NAND Gate

DHVQFN14

74HC00BQ

3-8 Line DCOD/DMUX

DIP16

74HC237N

Quad 2-In NAND Gate

SO14

74HC00D

3-8 Line DCOD/DMUX

SO16

74HC238D

Quad 2-In NAND Gate

DIP14

74HC00N

3-8 Line DCOD/DMUX

DIP16

74HC238N

Quad 2-In NOR Gate

SO14

74HC02D

OCT Buffer/Driver Inverter 3St

SSOP20

74HC240DB

Quad 2-In NOR Gate

DIP14

74HC02N

Octal Buffer/Line Driver 3State

DIP20

74HC241N

Quad 2-In NAND Gate

SO14

74HC03D

Octal Buffer/Driver 3State

DHVQFN20

74HC244BQ

Hex Inverter

DHVQFN14

74HC04BQ

Octal Buffer/Line Driver 3State

SO20

74HC244D

Hex Inverter LSTTL Compatible

SO14

74HC04D

Octal Buffer/Line Driver 3State

DIP20

74HC244N

Hex Inverter LSTTL Compatible

DIP14

74HC04N

Octal BUS Transceiver 3State

SO20

74HC245D

Quad 2-In AND Gate

SO14

74HC08D

Octal BUS Transceiver 3State

DIP20

74HC245N

Quad 2-In AND Gate

SSOP14

74HC08DB

Octal BUS Transceiver 3State

TSSOP20

74HC245PW

Quad 2-In AND Gate

DIP14

74HC08N

8-Input Multiplexer

SO16

74HC251D

TRIP 3-In NAND Gate

DIP14

74HC10N

Quad 2-In Multiplexer 3State

SO16

74HC257D

Triple 3-In AND Gate

SO14

74HC11D

8-Bit Address Latch

SO16

74HC259D 74HC259N

Triple 3-In AND Gate

DIP14

74HC11N

8-Bit Address Latch

DIP16

Dual Mono Retriggerable

SO16

74HC123D

Octal D F/F w/Reset

SO20

74HC273D

Dual Mono Multivibrator

SSOP16

74HC123DB

Octal D F/F w/Reset

DIP20

74HC273N

Dual Mono Retriggerable

DIP16

74HC123N

Triple 3-In NOR Gate

SO14

74HC27D

Quad Buffer/Driver 3State

SO14

74HC125D

4-Bit BIN Full Adder

SSOP16

74HC283DB

Quad Buffer/Driver 3State

DIP14

74HC125N

8-Bit Universal Shift Register

SSOP20

74HC299DB

Quad Buffer/Driver 3State

SO14

74HC126D

8-Bit Universal Shift Register

DIP20

74HC299N

Quad 2-In NAND Gate

SO14

74HC132D

8-Input NAND Gate

SO14

74HC30D

Quad 2-In NAND Gate

DIP14

74HC132N

8-Input NAND Gate

DIP14

74HC30N

Christchurch +64 3 355 4545

Victoria +61 3 9775 4778

Auckland +64 9 443 9500

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Over one million electronic components online.

SE-21

LOGIC NXP Logic Cont. Description

SE-22

Package

Manf. Part No.

Description

Package

Manf. Part No.

Quad 2-In OR Gate

SO14

74HC32D

Octal Buffer/Line Driver 3State

DIP20

74HC541N

Quad 2-In OR Gate

DIP14

74HC32N

Prog Delay Timer

SO16

74HC5555D 74HC563N

Hex Buffer/Driver

SO16

74HC365D

Octal D Latch Inverter 3State

DIP20

Hex Inverter Buffer/Driver

SO16

74HC366D

Octal D Latch Inverter 3State

SO20

74HC573D

Octal D Latch 3State

SO20

74HC373D

Octal D Transp Latch

SSOP20

74HC573DB

Octal D Latch 3State

DIP20

74HC373N

Octal D Latch Inverter 3State

DIP20

74HC573N

Octal D F/F 3State

SO20

74HC374D

Octal D Latch Inverter 3State

TSSOP20

74HC573PW

Octal D F/F 3State

DIP20

74HC374N

Octal D F/F POS-Edge

SO20

74HC574D

Octal D F/F POS-Edge

DIP20

74HC377N

Octal D F-F POS-Edge

SSOP20

74HC574DB 74HC574N

Dual Decade RIP Counter

SO16

74HC390D

Octal D F/F POS-Edge

DIP20

Dual DEC RIP Counter

DIP16

74HC390N

Dual AND/OR Gate

DIP14

74HC58N

Dual 4-Bit BIN RIP Counter

DHVQFN14

74HC393BQ

8-BIT Shift Register

SO16

74HC594D 74HC595BQ

4-Bit BIN RIP Counter

SO14

74HC393D

8-BIT Shift Register

DHVQFN16

4-Bit BIN RIP Counter

DIP14

74HC393N

8-BIT Shift Register

SO16

74HC595D

8-Bit Sync BIN Down

SO16

74HC40103D

8-BIT Shift Register

SSOP16

74HC595DB

8-Bit BIN Down Counter

DIP16

74HC40103N

8-BIT Shift Register

DIP16

74HC595N

4BX16W FIFO Register

SO16

74HC40105D

8-BIT Shift Register

TSSOP16

74HC595PW

Dual 4-Bit Shift Register

SSOP16

74HC4015DB

8-BIT Shift Register

SO16

74HC597D

5ST Johnson Counter

SO16

74HC4017D

8-BIT Shift Register

SSOP16

74HC597DB

5ST Johnson Counter

DIP16

74HC4017N

8-BIT Shift Register

DIP16

74HC597N

14ST BIN RIP Counter

SSOP16

74HC4020DB

Prog Ripple Counter

SO8

74HC6323AD 74HC640DB

7ST BIN Counter/DIV

SO14

74HC4024D

Octal BUS XCVR 3State

SSOP20

7ST BIN Counter/DIV

DIP14

74HC4024N

8-BIT Magnitude COMP

SO20

74HC688D

12ST BIN RIP Counter

SO16

74HC4040D

Comparator 8-BIT MAG

DIP20

74HC688N

12ST BIN RIP Counter

DIP16

74HC4040N

Hex Schmitt Trigger

SO14

74HC7014D

Phase Locked Loop

SO16

74HC4046AD

Hex NONINV Schmitt Trigger

DIP14

74HC7014N

Hex Inverter Level Shifter

SO16

74HC4049D

Quad 2IN EX-NOR Gate

SSOP14

74HC7266DB

Hex HI-LO Level Shifter

SO16

74HC4050D

Dual JK F/F NEG-Edge

SO14

74HC73D

8-Ch Analog MUX/DMUX

SO16

74HC4051D

Dual J-K Flip Flop

DIP14

74HC73N

8-Ch Analog MUX/DEMUX

SSOP16

74HC4051DB

4BX64W FIFO Register

DIP16

74HC7403N 74HC74BQ

8-Ch Analog MUX/DMUX

DIP16

74HC4051N

Dual D F/F POS-Edge

DHVQFN14

8-Ch Analog MUX/DMUX

TSSOP16

74HC4051PW

Dual D F/F POS-Edge

SO14

74HC74D

DL 4-Ch Analog MUX/DMUX

SO16

74HC4052D

Dual D F/F Edge Trigger

DIP14

74HC74N

DL 4-Ch Analog MUX/DMUX

DIP16

74HC4052N

Octal Schmitt Trigger 3State

SO20

74HC7540D

Dual 4-Ch MUX/DMUX

TSSOP16

74HC4052PW

Octal Schmitt Trigger 3State

SSOP20

74HC7540DB

Triple 2-Ch MUX/DMUX

SO16

74HC4053D

Octal Schmitt Trigger 3State

SO20

74HC7541D

Triple 2-Ch MUX/DMUX

DIP16

74HC4053N

Octal BUF/DVR Schmitt Trgger

SSOP20

74HC7541DB

14ST BIN Counter/DIV

SO16

74HC4060D

Octal Schmitt Trigger 3State

DIP20

74HC7541N

14ST BIN Counter/DIV

DIP16

74HC4060N

Quad Bistable Latch

SO16

74HC75D

Quad Billateral Switch

SO14

74HC4066D

Quad Bistable Latch

DIP16

74HC75N

Quad Billateral Switch

DIP14

74HC4066N

Comparator 4-BIT MAG

SO16

74HC85D

Quad Billateral Switch

TSSOP14

74HC4066PW

4-BIT Magnitude COMP

SSOP16

74HC85DB

16-Ch Analog MUX/DEMUX

SO24

74HC4067D

Comparator 4BIT MAG

DIP16

74HC85N

16-Ch Analog MUX/DEMUX

TSSOP24

74HC4067PW

Quad EXCL NOR Gate

SO14

74HC86D 74HC86N

8-Stage BUS Register

SO16

74HC4094D

Quad EXCL NOR Gate

DIP14

8-Stage BUS Register

DIP16

74HC4094N

4BIT BIN RIP Counter

SO14

74HC93D

Dual Mono Retriggerable

SO16

74HC423D

Quad 2-IN NAND Gate

SO14

74HCT00D

Dual Mono Retriggerable

DIP16

74HC423N

Quad 2-IN NAND Gate

DIP14

74HCT00N

Decoder BCD-Decimal

DIP16

74HC42N

Quad 2-IN NOR Gate

SO14

74HCT02D

Quad Bilateral Switch

SO16

74HC4316D

Quad 2-IN NOR Gate

DIP14

74HCT02N 74HCT04BQ

4-16 Line DCOD/DMUX

SO24

74HC4514D

Hex Inverter

DHVQFN14

Dual 4B BIN RIP Counter

SSOP16

74HC4520DB

Hex Inverter LSTTL Cmpatible

SO14

74HCT04D

Dual 4B BIN RIP Counter

TSSOP16

74HC4520PW

Hex Inverter LSTTL Cmpatible

DIP14

74HCT04N 74HCT08BQ

Dual Mono Retriggerable

SO16

74HC4538D

Quad 2-IN AND Gate

DHVQFN14

Dual Mono Retriggerable

DIP16

74HC4538N

Quad 2-IN AND Gate

SO14

74HCT08D

Octal Buffer/Driver INV 3State

SO20

74HC540D

Quad 2-IN AND Gate

DIP14

74HCT08N

Octal Buffer/Line Driver 3State

DIP20

74HC540N

Dual JK F/F NEG-Edge

SO16

74HCT112D

Octal Buffer/Line Driver 3State

SO20

74HC541D

Dual Mono Retriggerable

SO16

74HCT123D

Auckland +64 9 443 9500

Wellington +64 4 915 9500

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Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

LOGIC NXP Logic Cont. Description

Package

Manf. Part No.

Description

Package

Manf. Part No.

Dual Mono Retriggerable

DIP16

74HCT123N

8-Ch Analog Multiplexer/DMlpx

SO16

74HCT4051D

Dual Mono Multivibrator

TSSOP16

74HCT123PW

Dual 4-Ch Multiplexer/Demlpxr

SO16

74HCT4052D

Quad Buffer/Driver 3State

SO14

74HCT125D

Dual 4-Ch Multiplexer/Demlpxr

SSOP16

74HCT4052DB

Quad 2IN NAND Schmitt

SO14

74HCT132D

Triple 2-Ch Multiplxer/Demlpxr

SO16

74HCT4053D

Quad 2-IN NAND Gate

DIP14

74HCT132N

COUNTR Prog DIV-BY-N

DIP24

74HCT4059N

3-8 Line Decoder/Demultiplexr

SO16

74HCT138D

Quad Billateral Switch

SO14

74HCT4066D

3-8 Line Decoder/Demultiplexr

DIP16

74HCT138N

Quad Billateral Switch

TSSOP14

74HCT4066PW 74HCT4067DB

Dual 2-4 Decoder/Demultiplexr

SO16

74HCT139D

16-Ch Analog Multiplxer/DMlpx

SSOP24

2-4 Line Decoder/Demultiplexr

DIP16

74HCT139N

16-Ch Analog Multiplxer/DMlpx

DIP24

74HCT4067N

10-4 Priority Encoder

SO16

74HCT147D

16-Ch Analog Multiplxer/DMlpx

TSSOP24

74HCT4067PW

Hex Inverter Schmitt Trigger

SO14

74HCT14D

Triple 3-In OR Gate

SO14

74HCT4075D

Hex Inverter Schmitt MT-Trigger

DIP14

74HCT14N

8-Stage Shift/Store

SO16

74HCT4094D 74HCT4316PW

8-Input Multiplexer

SO16

74HCT151D

Quad Bilateral Switch

TSSOP16

Dual 4-Input Multiplexer

SO16

74HCT153D

BCD-7Seg LCH/DEC/Driver

SO16

74HCT4511D

4-16 Line Decoder/Demultiplxr

DIP24

74HCT154N

4-16 Line Decoder/DMUX

SO24

74HCT4514D

Quad 2-Input Multiplexer

SO16

74HCT157D

Dual Mono Multivibrator

SO16

74HCT4538D

Quad 2-Input Multiplexer

SSOP16

74HCT157DB

Oct Buffer/Driver Inverter 3St

SO20

74HCT540D

8-BIT Shift Register

SO14

74HCT164D

Octal Buffer/Line Driver 3State

SO20

74HCT541D

8-BIT Shift Register

SO16

74HCT165D

Octal Buffer/Line Driver 3State

DIP20

74HCT541N

8-BIT Shift Register

SSOP16

74HCT165DB

Prog Delay Timer

SO16

74HCT5555D

Hex D F/F Master RST

DIP16

74HCT174N

Octal D Latch 3State

SO20

74HCT573D

Quad D F/F POS-Edge

SO16

74HCT175D

Octal D Latch 3State

DIP20

74HCT573N 74HCT574DB

Quad D F/F POS-Edge

DIP16

74HCT175N

Octal D F-F POS-Edge

SSOP20

4BIT Counter U/D SYNC

SO16

74HCT193D

Octal D F/F POS-Edge

SO20

74HCT574D

Dual Mono Multivibrator

SO16

74HCT221D

Octal D F/F POS-Edge

DIP20

74HCT574N

3-8 Decoder/Demultiplexer

SO16

74HCT238D

8-Bit Shift Register

SO16

74HCT594D

3-8 Decoder/Demultiplexer

SSOP16

74HCT238DB

8-Bit Shift Register

DHVQFN16

74HCT595BQ 74HCT595D

3-8 Decoder/Demultiplexer

TSSOP16

74HCT238PW

8-Bit Shift Register

SO16

Octal Buffer/Line Driver 3State

DIP20

74HCT240N

8-Bit Shift Register

DIP16

74HCT595N

Octal Buffer/Line Driver 3State

SO20

74HCT244D

8-Bit Shift Register

TSSOP16

74HCT595PW

Octal Buffer/Line Driver 3State

DIP20

74HCT244N

Oct Bus XCVR Inverter 3State

DIP20

74HCT640N

Octal BUS TXRX 3State

SO20

74HCT245D

Comparator 8-Bit MAG

SO20

74HCT688D

Octal BUS TXRX 3State

DIP20

74HCT245N

Comparator 8-Bit MAG

DIP20

74HCT688N

Octal BUS XCVR 3State Inv.

TSSOP20

74HCT245PW

Octal D FF POS-Edge

SO20

74HCT7273D 74HCT74BQ

8-BIT Address Latch

SO16

74HCT259D

Dual D F/F POS-Edge

DHVQFN14

8-BIT Address Latch

DIP16

74HCT259N

Dual D F/F Edge Trigger

SO14

74HCT74D

Octal D F/F w/RESET

SO20

74HCT273D

Dual D F/F Edge Trigger

DIP14

74HCT74N 74HCT7541D

Octal D F/F w/RESET

DIP20

74HCT273N

Oct BUF/DVR Schmitt Trigger

SO20

9-BIT Parity Generator/checker

SO14

74HCT280D

Comparator 4-Bit MAG

DIP16

74HCT85N

Quad 2-IN OR Gate

SO14

74HCT32D

Quad 2IN EX-NOR Gate

SO14

74HCT86D

Quad 2-IN OR Gate

DIP14

74HCT32N

Quad EXCL NOR Gate

DIP14

74HCT86N

Hex Buffer/Driver 3State

SO16

74HCT365D

PLL BAND GAP Controller

SO16

74HCT9046AD

Hex Buffer/Driver 3State

SSOP16

74HCT365DB

PLL BAND GAP Controller

DIP16

74HCT9046AN

Hex Buffer/Driver 3State

SO16

74HCT366D

PLL BAND GAP Controller

TSSOP16

74HCT9046APW 74HCU04D

Hex Buffer/Driver 3State

SO16

74HCT367D

Hex Inverter Unbuffered

SO14

Hex Buffer/Driver 3State

DIP16

74HCT367N

Hex Inverter Schmitt Trigger

SO14

74LV14D

Octal D Latch 3State

SO20

74HCT373D

Dual 4-In Multiplxer

SO16

74LV153D

Octal D Latch 3State

DIP20

74HCT373N

8-Input MUX 3State

TSSOP16

74LV251PW

Octal D F/F 3State

SO20

74HCT374D

8-Bit Address BL Latch

SO16

74LV259D

Octal D F/F 3State

DIP20

74HCT374N

8-Bit Address BL Latch

TSSOP16

74LV259PW

Octal D F-F POS-Edge

TSSOP20

74HCT377PW

Octal D F-F POS-Edge

SO20

74LV377D

4-Bit BIN RIP Counter

SO14

74HCT393D

Octal D F-F POS-Edge

SSOP20

74LV377DB

Dual 4-Bit BIN RIP Counter

SSOP14

74HCT393DB

Dual 4-Bit BIN RIP Counter

SO14

74LV393D

Quad Billateral Switch

DIP14

74HCT4016N

14ST BIN RIP Counter

TSSOP16

74LV4020PW

12-Stage BIN Counter

SO16

74HCT4040D

14ST BIN Counter/DIV

SO16

74LV4060D

12-Stage BIN RIP Counter

DIP16

74HCT4040N

14ST BIN RIP Counter

TSSOP16

74LV4060PW

Phase Locked Loop

SO16

74HCT4046AD

8-ST Shift/Store BUS

SO16

74LV4094D

Phase Locked Loop

SSOP16

74HCT4046ADB

8-ST Shift/Store BUS

SSOP16

74LV4094DB

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-23

LOGIC NXP Logic Cont.

SE-24

Description

Package

Manf. Part No.

Description

Package

Manf. Part No. 74LVC4245APW

8-ST Shift/Store BUS

TSSOP16

74LV4094PW

Transceiver 8-Bit Level Shifter

TSSOP24

Quad 2-In NAND Gate

SO14

74LVC00AD

Octal Buff/Line Driver 3State

TSSOP20

74LVC541APW

Quad 2-In NAND Gate

TSSOP14

74LVC00APW

Octal Transpar Latch

TSSOP20

74LVC573APW

Quad 2-In NOR Gate

TSSOP14

74LVC02APW

Dual D F/F POS-Edge

SO14

74LVC74AD

Hex Inverter TTL Compatible

SO14

74LVC04AD

Dual D F/F POS-Edge

TSSOP14

74LVC74APW

Hex Inverter LSTTL Compatible

TSSOP14

74LVC04APW

Hex Inverter

SO14

74LVCU04AD

Hex Inverter Buffer/Driver

SO14

74LVC06AD

Quad 2-In NAND Gate

TSSOP14

74LVT00PW

Hex Buffer/Driver 3State

SO14

74LVC07AD

Quad 2-In NOR Gate

TSSOP14

74LVT02PW

Hex Buffer/Driver 3State

TSSOP14

74LVC07APW

Hex Inverter 3.3V

TSSOP14

74LVT04PW

Quad 2-In AND Gate

SO14

74LVC08AD

Quad 2-Input AND Gate

SO14

74LVT08D

Quad 2-In AND Gate

TSSOP14

74LVC08APW

Quad 2-Input AND Gate

SSOP14

74LVT08DB 74LVT08PW

Quad Buffer/Line Driver

DHVQFN14

74LVC125ABQ

Quad 2-Input AND Gate

TSSOP14

Quad Buffer/Driver 3State

SSOP14

74LVC125ADB

Quad Buffer 3.3V 3State

SO14

74LVT125D

Quad Buffer/Driver 3State

SO14

74LVC125AD

Quad Buffer 3.3V 3State

TSSOP14

74LVT125PW

Quad Buffer/Driver 3State

TSSOP14

74LVC125APW

Hex Inverter Schmitt Trigger

SO14

74LVT14D

Quad Buffer/Line Driver

DHVQFN14

74LVC126ABQ

Hex Inverter Schmitt Trigger

TSSOP14

74LVT14PW

3-8 Line DCOD/DMUX

SO16

74LVC138AD

16-Bit BUS Transceiver 3State

TSSOP48

74LVT162245BDG

Dual 2-4 DCOD/DMUX

DHVQFN16

74LVC139BQ

16-Bit BUS Transceiver 3State

SSOP48

74LVT162245BDL

Hex Inverter Schmitt Trigger

SSOP14

74LVC14ADB

16-Bit BUS Transceiver 3State

TSSOP48

74LVT16245BDG

Hex BUF/DVR Schmitt Trigger

SO14

74LVC14AD

Octal Buffer/LDriver 3State

TSSOP20

74LVT244APW

Hex Inverter Schmitt Trigger

TSSOP14

74LVC14APW

Octal BUS Transceiver 3State

SSOP20

74LVT245DB

Quad 2-Input Multiplexer

DHVQFN16

74LVC157ABQ

Octal BUS Transceiver 3State

TSSOP20

74LVT245PW

16-B Buff/Driver 3State

TSSOP48

74LVC162244ADG

Dual D F/F POS-Edge

SO14

74LVT74D

16-Bit TXRX 3State

TSSOP48

74LVC162245ADG

SAE/J1850/VPW Transceiver

SO8

AU5780AD

4-Bit Sync BIN Counter

TSSOP16

74LVC163PW

J1850/VPW Transceiver

SO14

AU5783D

Inverter Buffer

SOT753

74LVC1G04GV

CAN Transceiver 1-WIRE

SO8

AU5790D

Inverter Buffer

SOT353

74LVC1G04GW

Octal BUS SW 8-Bit

TSSOP20

CBT3244APW

Buff w/Open Drain Out

SOT353

74LVC1G07GW

3-Bit FSB FREQ CMPR

TSSOP16

GTL2009PW

Single 2-In AND Gate

SOT353

74LVC1G08GW

4-Bit LVTTL-GTL Transceiver

TSSOP14

GTL2014PW

BUS Buffer/Driver 3State

SOT753

74LVC1G125GV

4-Bit GTL-GTL Buffer

TSSOP14

GTL2034PW

BUS Buffer/Driver 3State

SOT353

74LVC1G125GW

Quad 2-Input NOR Gate

DIP14

HEF4001BPN

Schmitt-Trigger Inverter

SOT353

74LVC1G14GW

Quad 2-Input NOR Gate

SO14

HEF4001BTD

Single 2-Input MUX

SOT457

74LVC1G157GV

Dual 4-Input NOR Gate

SO14

HEF4002BTD

Single 2-Input MUX

SOT363

74LVC1G157GW

Hex Schmitt Trigger

DIP14

HEF40106BPN

Single 2-Input OR Gate

SOT753

74LVC1G32GV

Hex Schmitt Trigger

SO14

HEF40106BTD

Single 2-Input OR Gate

SOT353

74LVC1G32GW

Quad 2-Input NAND Gate

DIP14

HEF4011BPN

2-Ch Analog MUX/DEMUX

VSSOP8

74LVC1G53DC

Quad 2-Input NAND Gate

SO14

HEF4011BTD

Single D F/F POS Edge

XSON8

74LVC1G74GT

Dual D Flip-Flop

DIP14

HEF4013BPN

X3.3V Crystal Driver

SOT363

74LVC1GX04GW

Dual D Flip-Flop

SO14

HEF4013BTD

Octal Buffer/Line Driver 3State

SO20

74LVC244AD

8-Bit Static Shift Register

SO16

HEF4014BTD

Octal Buffer/Line Driver 3State

SSOP20

74LVC244ADB

Dual 4-Bit Shift Register

DIP16

HEF4015BPN

Octal Buffer/Line Driver 3State

TSSOP20

74LVC244APW

Quad Billateral Switch

DIP14

HEF4016BPN

Oct BUS Transceiver 3State

SSOP20

74LVC245ADB

5ST Johnson Counter

SO16

HEF4017BTD

Oct BUS Transceiver 3State

SO20

74LVC245AD

14ST BIN RIP Counter

SO16

HEF4020BTD

Octal Transceiver 3State

TSSOP20

74LVC245APW

8-Bit Static Shift Register

DIP16

HEF4021BPN

Oct D F/F POS Edge

TSSOP20

74LVC273PW

8-Bit Static Shift Register

SO16

HEF4021BTD

Triple 3-In NOR Gate

SO14

74LVC27D

Triple 3-Input NAND Gate

SO14

HEF4023BTD

Triple 3-In NOR Gate

TSSOP14

74LVC27PW

Octal Buffer/Driver 3State

SO20

HEF40244BTD

Dual 2-In EX-OR Gate

VSSOP8

74LVC2G86DC

Dual JK Flip-Flop

DIP16

HEF4027BPN

Quad 2-In OR Gate

DHVQFN14

74LVC32ABQ

Dual JK F/F Edge-TRG

SO16

HEF4027BTD

Quad 2-In OR Gate

SO14

74LVC32AD

Decoder BCD-Decimal

SO16

HEF4028BTD

Quad 2-In OR Gate

TSSOP14

74LVC32APW

Quad EXCL-OR Gate

SO14

HEF4030BTD

Octal Transp Latch

TSSOP20

74LVC373APW

Octal TRANSP Latch

DIP20

HEF40373BPN

Oct D F/F POS Edge

TSSOP20

74LVC377PW

Octal TRANSP Latch

SO20

HEF40373BTD

Quad Billateral Switch

SO14

74LVC4066D

12ST BIN RIP Counter

DIP16

HEF4040BPN

Quad Bilateral Switch

TSSOP14

74LVC4066PW

12ST BIN RIP Counter

SO16

HEF4040BTD

Transceiver 8-Bit Level Shifter

SO24

74LVC4245AD

Quad R/S Latch 3State

SO16

HEF4044BTD

8-Bit 3-5V Transl Transceiver

SSOP24

74LVC4245ADB

Phase Locked Loop

DIP16

HEF4046BPN

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LOGIC NXP Logic Cont. Description

Package

Manf. Part No.

Description

Package

Manf. Part No.

Phase Locked Loop

SO16

HEF4046BTD

Hex Buffer/Driver OPN COL

DIP14

N74F07N

Mono/ASTBL Multivibrator

DIP14

HEF4047BPN

Quad 2-Input AND Gate

SO14

N74F08D

Mono/ASTBL Multivibrator

SO14

HEF4047BTD

Quad Buffer 3State

SO14

N74F125D

Buffer Hex Inverting

DIP16

HEF4049BPN

Quad Buffer 3State

DIP14

N74F125N

Buffer Hex Inverting

SO16

HEF4049BTD

Hex Inverter Schmitt Trigger

SO14

N74F14D

Buffer Hex NonInverter

SO16

HEF4050BTD

Buffer Octal 3State

SO20

N74F244D

8-Channel MUX/DEMUX

DIP16

HEF4051BPN

Octal BUS Transceiver 3State

SO20

N74F245D

8-Channel MUX/DEMUX

SO16

HEF4051BTD

Quad 2-Input NAND Driver

SO16

N74F3037D N74F3037N

8-Ch Analog MUX/DEMUX

TSSOP16

HEF4051BTT

Quad 2-Input NAND Driver

DIP16

DL 4-Ch Analog MUX/DMUX

DIP16

HEF4052BPN

Quad 2-Input OR Gate

SO14

N74F32D

DL 4-Ch Analog MUX/DMUX

SO16

HEF4052BTD

Hex Buffer/Driver 3State

SO16

N74F367D N74F38D

Triple 2-Ch MUX/DMUX

DIP16

HEF4053BPN

2-Input NAND Buffer

SO14

Triple 2-Ch MUX/DMUX

SO16

HEF4053BTD

Dual D F/F Edge Trigger

SO14

N74F74D

Counter Prog DIV-BY-N

SO24

HEF4059BTD

Hi-Speed CAN Transceiver

DIP8

PCA82C250N

14ST BIN Counter/DIV

SO16

HEF4060BTD

Hi-Speed CAN Transceiver

SO8

PCA82C250TD

Quad Bilateral Switch

DIP14

HEF4066BPN

CAN Transceiver

SO8

PCA82C251TD

Quad Bilateral Switch

SO14

HEF4066BTD

PECL CLK Terminator

SOT23

PSSI3120CA

16-Channel MUX/DMUX

DIP24

HEF4067BPN

PCI-Express X1 PHY

LFBGA81

PX1011A-EL1/G

16-Channel MUX/DMUX

SO24

HEF4067BTD

TRANSIMP AMP 180MHZ

SO14

SA5211D/01

8-Input NAND Gate

SO14

HEF4068BTD

28-Bit Reg Buffer

TFBGA160

SSTUH32865ET/G

Hex Inverter Unbuffered

SO14

HEF4069UBTD

Reg Buffer 13-Bit SSTL2

HVQFN56

SSTVF16859BS

Quad 2-Input OR Gate

SO14

HEF4071BTD

Smart Card Interface

LQFP32

TDA8020HL2BD TDA8020HLBD

Dual 4-Input OR Gate

SO14

HEF4072BTD

Smart Card Interface

LQFP32

Quad EXCL NOR Gate

DIP14

HEF4077BPN

LIN Transceiver

SO8

TJA1020TD

Quad 2-Input AND Gate

DIP14

HEF4081BPN

Hi-Speed CAN Transceiver

SO8

TJA1040TD

Quad 2-Input AND Gate

SO14

HEF4081BTD

Hi-Speed CAN Transceiver

SO14

TJA1041TD

QD 2-In NAND Schmitt Trigger

DIP14

HEF4093BPN

Hi-Speed CAN Transceiver

SO8

TJA1050TD

QD 2-In NAND Schmitt Trigger

SO14

HEF4093BTD

CAN Transceiver Fault-Tol

SO14

TJA1053TD

8-Stage BUS Register

SO16

HEF4094BTD

CAN Transceiver Fault-Tol

SO14

TJA1054ATD

BCD-7 SEG

DIP16

HEF4511BPN

CAN Transceiver Fault-Tol

SO14

TJA1054TD

BCD-7 SEG

SO16

HEF4511BTD

BIN Up/Down Counter

SO16

HEF4516BTD

Dual Counter BINARY

DIP16

HEF4520BPN

Dual Counter BINARY

SO16

HEF4520BTD

FREQ Divider 24STG

SO16

HEF4521BTD

Dual Mono Multivibrator

SO16

HEF4528BTD

Dual Mono Multivibrator

DIP16

HEF4538BPN

Dual Mono Multivibrator

SO16

HEF4538BTD

Programmable Timer

DIP14

HEF4541BPN

BCD-7 SEG

DIP16

HEF4543BPN

Dual 1-4 DCOD/DMUX

SO16

HEF4555BTD

8STG Shift/Store Reg

DIP16

HEF4794BPN

Shift/Register Store

SO16

HEF4794BTD

12-ST Shift Register

DIP20

HEF4894BPN

12-ST Shift Register

SO20

HEF4894BTD

HDMI Interface w/ESD

TSSOP38

IP4776CZ38

USB2.0 Transciever

HBCC16

ISP1104W

USB TXRX 12/1.5MBITS

HVQFN16

ISP1105BS

USB1.1 Transciever

HBCC16

ISP1105W

USB1.1 Transciever

HBCC16

ISP1106W

USB2.0/ULPI1.1 Transceiver

HVQFN32

ISP1504ABS

USB2.0/ULPI1.1 Transceiver

HVQFN24

ISP1505ABS

Triple Driver/Receiver

SO16

MC145406D

Triple Driver/Receiver

DIP16

MC145406N

Quad 2-Input NAND Gate

SO14

N74F00D

Hex Inverter

SO14

N74F04D

Hex Buffer/Driver OPN COL

DIP14

N74F06N

Hex Buffer/Driver OPN COL

SO14

N74F07D

Auckland +64 9 443 9500

Wellington +64 4 915 9500

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Christchurch +64 3 355 4545 sales@activecomponents.com

SE-25

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

DiSCRETES NXP Transistors Power MOS Transistors

NPN/PNP Wideband Transistors Package

Description

Manf. Part No.

Package

Manf. Part No.

SOT223

NPN 150MA 15V 7GHZ

BFG135

SOT123A

RF DMOS 30W HF

BLF145

SOT343N

NPN 70MA 15V 9GHZ

BFG520W/X

SOT121B

RF DMOS 150W VHF

BLF147

SOT143B

NPN 15V 9GHZ

BFG540/X

SOT123A

RF DMOS 30W HF-VHF

BLF175

SOT223

NPN 15V 9GHZ

BFG541

SOT121B

RF DMOS 150W HF-VHF

BLF177

SOT223

NPN 15V 7GHZ

BFG591

SOT123A

RF DMOS 5W HF-VHF

BLF242

SOT223

NPN 15V 5.5GHZ

BFG97

SOT123A

RF DMOS 15W VHF

BLF244

SOT363

NPN DL 70MA 8V 9GHZ

BFM520

SOT123A

RF DMOS 30W VHF

BLF245

SOT23

NPN 50MA 10V 8GHZ

BFQ67

SOT279A

RF DMOS 30W VHF P-P

BLF245B

SOT23

NPN 15V 5GHZ

BFR106

SOT161A

RF DMOS 60W VHF P-P

BLF246B

SOT23

NPN 15V 9GHZ

BFR505

SOT262A1

RF DMOS 300W VHF P-P

BLF248

SOT23

NPN 70MA 15V 9GHZ

BFR520

SOT262A1

RF DMOS 250W VHF

BLF278

SOT23

NPN 120MA 15V 9GHZ

BFR540

SOT171A

RF DMOS 5W UHF

BLF542

SOT171A

RF DMOS 20W UHF

BLF544

SOT23

NPN 25MA 15V 5GHZ

BFR92A

SOT323

NPN 15V 5GHZ

BFR92AW

SOT23

NPN 35MA 12V 6GHZ

BFR93A

SOT23

NPN 25MA 15V 3GHZ

BFS17A

SOT23

NPN 25MA 15V 1GHZ

BFS17

SOT323

NPN 15V 1GHZ

BFS17W

SOT323

NPN 15V 9GHZ

BFS505

SOT323

NPN 70MA 15V 9GHZ

BFS520

SOT23

NPN 5V 5GHZ

BFT25A

SOT23

PNP 25MA 15V 5GHZ

BFT92

SOT323

PNP 35MA 15V 4GHZ

BFT92W

SOT23

PNP 12V 5GHZ

BFT93

SOT23

NPN UHF 50MA

PBR941

SOT23

NPN UHF 100MA

PBR951

SOT416

NPN 10V 9GHZ

PRF949

SOT323

NPN 10V 100mA 8.5GHZ

PRF957

NPN/PNP Wideband Transistors Package

Description

Manf. Part No.

SOT343R

NPN 15V .5A 18GHZ

BFG21W

SOT343R

NPN 4.5V 17GHZ

BFG403W

SOT343R

NPN 4.5V 25GHZ

BFG425W

SOT343R

NPN 4.5V 21GHZ

BFG480W

RF MOSFETs

SE-26

Description

Power LDMOS Transisitors Package

Description

Manf. Part No.

SOT538A

RF LDMOS 10W UHF

BLF1043

SOT467C

RF LDMOS 45W UHF

BLF1046 BLF2043F

SOT467C

RF LDMOS 10W UHF

SOT800-2

MOD RF LDMOS 65V 100A

BLF369

SOT540A

RF LDMOS 150W UHF

BLF647 BLF861A

SOT540A

RF LDMOS 150W UHF

SOT800-1

MOD RF LDMOS 300W UHF

BLF872

SOT502A

RF LDMOS L-BAND

BLL1214-250

Bipolar Transistors -General Purpose Package

Description

Manf. Part No.

SOT23

PNP GP 500MA 45V

BC807-40

SOT23

NPN GP 500 45V

BC817-25

SOT23

NPN GP 500 45V

BC817-40

SOT23

NPN GP 100MA 65V

BC846B

SOT23

NPN/PNP 45V 100mA

BC847B

SOT23

NPN GP 100MA 45V

BC847C

SOT363

NPN/PNP 100MA 45V

BC847BPN

SOT363

NPN GP 100MA 45V

BC847BS

SOT23

PNP GP 100MA 65V

BC856B

SOT23

PNP GP 100MA 45V

BC857B

SOT223

NPN MED 1A 80V

BCP56

SOT23

PNP 500MA 45V

BCX17

Package

Description

Manf. Part No.

SOT143B

N-CH Dual Gate 6V

BF1212

SOT143R

N-CH Dual Gate 6V

BF1212R

SOT89

PNP MED 1A 80V

BCX53-16

SOT343R

N-CH Dual Gate 6V

BF1212WR

SOT89

NPN MED 1A 80V

BCX56-16

SOT23

JFET N-CH 20V 10MA

BF511

SOT23

JFET N-CH 30V 10MA

BF545C

SOT23

JFET N-CH 25V 10MA

BF861B

SOT23

JFET N-CH 20V 10MA

BF862

SOT343R

N-CH DUAL GATE 12V

BF908WR

SOT143B

N-CH DUAL GATE 20V

BF991

SOT143B

N-CH DUAL GATE 20V

BF992

SOT143B

N-CH DUAL GATE 20V

BF994S

SOT143B

N-CH DUAL GATE 12V

BF998

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Over one million electronic components online.

DISCRETES NXP Transistors Cont. PNP Resistor-Equipped Transistors Package

Description

NPN/PNP Switching Transistors Manf. Part No.

Package

Description

Manf. Part No. PMBT2222A

SOT416

PNP W/RES 50V

PDTA115EE

SOT23

NPN SW 600MA 40V

SOT346

PNP W/RES 50V

PDTA115EK

SOT23

NPN SW 200MA 15V

PMBT2369

SOT23

PNP W/RES 50V

PDTA115ET

SOT23

PNP SW 600MA 60V

PMBT2907A

SOT323

PNP W/RES 50V

PDTA115EU

SOT23

NPN SW 200MA 40V

PMBT3904

SOT23

PNP W/RES 50V

PDTA115TT

SOT23

PNP SW 200MA 40V

PMBT3906

SOT416

PNP W/RES 50V

PDTA124TE

SOT23

NPN SW 600MA 40V

PMBT4401

SOT23

PNP W/RES 50V

PDTA124TT

SOT23

PNP SW 600MA 40V

PMBT4403 PMBTA06

SOT416

PNP W/RES 50V

PDTA143TE

SOT23

NPN GP 500MA 80V

SOT23

PNP W/RES 50V

PDTA144TT

SOT23

NPN HV 100MA 300V

PMBTA42

SOT416

PNP W/RES 50V

PDTA144WE

SOT23

PNP GP 500MA 80V

PMBTA56

SOT346

PNP W/RES 50V

PDTA114TK

SOT23

PNP HV 100MA 300V

PMBTA92

SOT416

PNP W/RES 50V

PDTA114YE

SOT89

NPN SW 40V 100MA

PXT2222A

SOT416

PNP W/RES 50V

PDTA115TE

SOT223

NPN SW 40V 600MA

PZT4401

SOT346

PNP W/RES 50V

PDTA115TK

SOT223

PNP SW 40V 600MA

PZT4403

SOT323

PNP W/RES 50V

PDTA115TU

SOT416

PNP W/RES 50V

PDTA123EE

SOT346

PNP W/RES 50V

PDTA124TK

SOT323

PNP W/RES 50V

PDTA124TU

SOT416

PNP W/RES 50V

PDTA143ZE

SOT416

PNP W/RES 50V

PDTA144TE

SOT346

PNP W/RES 50V

PDTA144TK

SOT323

PNP W/RES 50V

PDTA144TU

NPN Resistor-Equipped Transistors Package

Description

Manf. Part No.

NPN/PNP Low VCE SAT (BISS*) Transistors Package

Description

Manf. Part No.

SOT457

NPN 20V 4A LOW SAT

PBSS301ND

SOT23

NPN 40V 1000MA

PBSS4140T

SOT23

PNP 40V 2A

PBSS4240T

SOT89

NPN 80V 4A

PBSS4480X

SOT23

PNP 40V 1A

PBSS5140T

SOT23

PNP 40V 2A

PBSS5240T

SOT23

PNP 20V 2A LO VCESAT

PBSS5320T

SOT23

PNP 50V 2A LO VCESAT

PBSS5350T

SOT416

NPN W/RES 50V

PDTC115TE

SOT416

NPN 15V .5A LOW SAT

PBSS2515E

SOT323

NPN W/RES 50V

PDTC115TU

SOT457

PNP 20V 4A LOW SAT

PBSS301PD

SOT416

NPN W/RES 50V

PDTC124TE

SOT457

NPN 40V 4A LOW SAT

PBSS302ND

SOT416

NPN W/RES 50V

PDTC144TE

SOT89

PNP 20V 5.3A

PBSS302NX

SOT416

NPN W/RES 50V

PDTC144WE

SOT223

NPN 20V 5.8A

PBSS302NZ

SOT23

NPN W/RES 50V

PDTC115TT

SOT457

PNP 40V 4A LOW SAT

PBSS302PD

SOT416

NPN W/RES 50V

PDTC123EE

SOT89

PNP 20V 5.1A

PBSS302PX

SOT23

NPN W/RES 50V

PDTC123JT

SOT223

PNP 20V 5.5A

PBSS302PZ

SOT416

NPN W/RES 50V

PDTC143TE

SOT457

NPN 80V 3A SC-74

PBSS304ND

SOT416

NPN W/RES 50V

PDTC143ZE

SOT457

PNP 80V 3A SC-74

PBSS304PD

SOT23

NPN W/RES 50V

PDTC143ZT

SOT89

NPN 80V 4.6A

PBSS305NX

SOT223

NPN 80V 5.1A

PBSS305NZ

SOT89

PNP 80V 4A

PBSS305PX

SOT223

PNP 80V 4.5A

PBSS305PZ

SOT23

NPN 30V 1A LOW SAT

PBSS4130T

SOT457

NPN/PNP 40V 1A

PBSS4140DPN

SOT23

NPN 30V 2A

PBSS4230T

SOT23

NPN 20V 2A

PBSS4320T

SOT89

NPN 50V 3A

PBSS4350X

SOT223

NPN 50V 3A

PBSS4350Z

SOT223

NPN 40V 5A

PBSS4540Z

SOT89

PNP 20V 3A LO VCESAT

PBSS5320X

SOT89

PNP 50V 3A LO VCESAT

PBSS5350X

SOT223

PNP 40V 5A LO VCESAT

PBSS5540Z

*BISS stands for Breakthrough In Small Signal. These are NXP’s 3rd generation transistors with a very low collector-emitter resistance. This reduces the heat, power consumption and increases efficiency.

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-27

DISCRETES NXP Diodes -Schottky Small Signal Schottky Diodes Package

VR IR VF IF

Configuration

VR max (V)

IF max (mA)

VF max (mV)

@ IF (mA)

IR max (ÂľA)

@ VR (V)

Manf. Part No.

SOT23

Dual Series

30

200

340

10

2

25

BAT754S

SOT23

Dual Common Cathode

30

200

340

10

2

25

BAT754C

SOD80C

Single

30

200

400

10

2

25

BAS85

DO-34

Single

30

200

400

10

2

25

BAT85

SOT23

Single

30

200

400

10

2

25

BAT54

SOD123F

Single

30

200

400

10

2

25

BAT54H

SOT323

Single

30

200

400

10

2

25

BAT54W

SOD323

Single

30

200

400

10

2

25

1PS76SB10

SOT23

Dual Series

30

200

400

10

2

25

BAT54S

SOT323

Dual Series

30

200

400

10

2

25

BAT54SW

SOT23

Dual Common Cathode

30

200

400

10

2

25

BAT54C

SOT323

Dual Common Cathode

30

200

400

10

2

25

BAT54CW

SOT23

Dual Common Anode

30

200

400

10

2

25

BAT54A

SOT323

Dual Common Anode

30

200

400

10

2

25

BAT54AW

SOT143B

Dual Isolated

30

200

400

10

2

25

BAT74

SOT363

Dual-Dual Series

30

200

400

10

2

25

BAT54XY

SOD882

Single

30

200

300

10

30

10

PMEG3002AEL

SOD123F

Single

40

120

500

10

1

30

BAS40H

SOD882

Single

40

120

500

10

1

30

BAS40L

SOT23

Dual Series

40

120

500

10

1

30

BAS40-04

SOT323

Dual Series

40

120

500

10

1

30

BAS40-04W

SOT23

Dual Series

40

200

300

10

15

30

BAT721S

SOT23

Dual Common Cathode

40

200

300

10

15

30

BAT721C

SOT23

Dual Common Anode

40

200

300

10

15

30

BAT721A

SOD882

Single

40

200

360

10

0.5

25

PMEG4002EL

SOD80C

Single

50

200

450

10

5

40

BAS86

SOT23

Single

70

70

750

10

0.1

50

BAS70

SOT23

Dual Series

70

70

750

10

0.1

50

BAS70-04

SOT323

Dual Series

70

70

750

10

0.1

50

BAS70-04W

SOT23

Dual Common Cathode

70

70

750

10

0.1

50

BAS70-05

SOT23

Dual Common Anode

70

70

750

10

0.1

50

BAS70-06

SOT143B

Dual Isolated

70

70

750

10

0.1

50

BAS70-07

Reverse Voltage Reverse Current Forward Voltage Forward Current

SE-28

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

DISCRETES NXP Diodes -Switching Switching Diodes -Single Package

VR max (V)

IF max (mA)

VF max (V)

IFSM max (A)

Recovery Time trr max (ns)

IR max (nA)

DO-35

100

DO-35

100

Manf. Part No.

200

1.0@IF=10mA

4

4

25@VR=20V

1N4148

200

1.0@IF=100mA

4

4

25@VR=20V

1N4448

DO-34

75

200

1.0@IF=10mA

4

4

25@VR=20V

1N4531

SOT346

80

215

1.0@IF=50mA

4

4

500@VR=80V

1PS193

SOT23

50

215

1.0@IF=50mA

4

4

100@VR=50V

BAL74

SOT23

70

215

1.0@IF=50mA

4

4

1000@VR=70V

BAL99

SOT23

300

200

1.1@IF=100mA

9

50

150@VR=250V

BAS101

SOT23

75

215

1.0@IF=10mA

4

3000

5@VR=75V

BAS116

SOD123F

75

215

1.0@IF=10mA

4

3000

5@VR=75V

BAS116H

SOT23

100

215

1.0@IF=50mA

4

4

1000@VR=75V

BAS16

SOD123F

100

215

1.0@IF=50mA

4

4

1000@VR=75V

BAS16H

SOD323F

100

250

1.0@IF=50mA

3.3

4

1000@VR=75V

BAS16J

SOD882

100

215

1.0@IF=50mA

4

4

1000@VR=75V

BAS16L

SOT416

100

155

1.0@IF=50mA

4

4

1000@VR=75V

BAS16T

SOT323

100

175

1.0@IF=50mA

4

4

1000@VR=75V

BAS16W

SOT23

100

200

1.0@IF=100mA

9

50

100@VR=100V

BAS19

SOT23

150

200

1.0@IF=100mA

9

50

100@VR=150V

BAS20

SOT23

200

200

1.0@IF=100mA

9

50

100@VR=200V

BAS21

SOD123F

200

200

1.0@IF=100mA

9

50

100@VR=200V

BAS21H

SOD323F

300

250

1.1@IF=100mA

3

50

150@VR=250V

BAS21J

SOD323

100

250

1.0@IF=50mA

4

4

1000@VR=75V

BAS316 BAS321

SOD323

200

250

1.0@IF=100mA

9

50

100@VR=200V

SOD80C

75

200

1.0@IF=100mA

4

4

5000@VR=75V

BAS32L

SOD323

75

200

1.0@IF=10mA

4

3000

5@VR=75V

BAS416

DO-34

125

250

1.0@IF=100mA

4

1500

1@VR=125V

BAS45A

SOD80C

125

250

1.0@IF=100mA

4

1500

1@VR=125V

BAS45AL

SOD523

100

250

1.0@IF=50mA

4

4

1000@VR=75V

BAS516

SOD523

300

250

1.1@IF=100mA

4.5

50

150@VR=250V

BAS521

SOD523

75

200

1.0@IF=10mA

4

3000

5@VR=75V

BAS716

SOD80C

150

250

1.0@IF=100mA

9

50

100@VR=150V

BAV102

SOD80C

200

250

1.0@IF=100mA

9

50

100@VR=200V

BAV103

DO-35

150

250

1.0@IF=100mA

9

50

100@VR=150V

BAV20

DO-35

200

250

1.0@IF=100mA

9

50

100@VR=200V

BAV21

DO-35

75

250

1.0@IF=100mA

4

4

5000@VR=75V

BAW62

SOT23

70

215

1.0@IF=50mA

4

4

100@VR=50V

PMBD6050

SOT23

100

215

1.0@IF=50mA

4

4

1000@VR=75V

PMBD914

SOD80C

75

200

1.0@IF=50mA

4

4

25@VR=20V

PMLL4148L

SOD80C

50

200

0.88@IF=50mA

4

4

50@VR=50V

PMLL4153

SOD80C

75

200

1.0@IF=100mA

4

4

25@VR=20V

PMLL4448

SE-29

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

DISCRETES NXP Diodes -Switching Cont. Switching Diodes -Dual Package

VR max (V)

IF max (mA)

VF max (V)

IFSM max (A)

Recovery Time trr max (ns)

IR max (nA)

Manf. Part No.

SOT346

80

215

1.0@IF=50mA

4

4

500@VR=80V

1PS181

SOT346

80

215

1.0@IF=50mA

4

4

500@VR=80V

1PS184

SOT346

80

215

1.0@IF=50mA

4

4

500@VR=80V

1PS226

SOT323

80

200

1.0@IF=50mA

4

4

500@VR=80V

1PS300

SOT323

80

250

1.0@IF=50mA

4

4

500@VR=80V

1PS301

SOT323

80

200

1.0@IF=50mA

4

4

500@VR=80V

1PS302 BAS101S

SOT23

300

200

1.1@IF=100mA

9

50

150@VR=250V

SOT143B

75

215

1.0@IF=50mA

4

4

1000@VR=75V

BAS28

SOT23

75

215

1.0@IF=10mA

4

3000

5@VR=75V

BAV170

SOT23

75

160

1.0@IF=10mA

4

3000

5@VR=75V

BAV199

SOT323

75

135

1.0@IF=10mA

4

3000

5@VR=75V

BAV199W

SOT143B

200

225

1.0@IF=100mA

9

50

100@VR=200V

BAV23

SOT23

200

225

1.0@IF=100mA

9

50

100@VR=200V

BAV23S

SOT23

100

215

1.0@IF=50mA

4

4

500@VR=80V

BAV70

SOT416

100

150

1.0@IF=50mA

4

4

500@VR=80V

BAV70T

SOT323

100

175

1.0@IF=50mA

4

4

500@VR=80V

BAV70W

SOT23

50

215

1.0@IF=100mA

4

4

100@VR=50V

BAV74

SOT23

100

215

1.0@IF=50mA

4

4

1000@VR=75V

BAV99 BAV99W

SOT323

100

150

1.0@IF=50mA

4

4

1000@VR=75V

SOT143B

300

250

1.1@IF=100mA

4.5

50

150@VR=250V

BAW101

SOT363

300

250

1.1@IF=100mA

4.5

50

150@VR=250V

BAW101S

SOT23

75

160

1.0@IF=10mA

4

3000

5@VR=75V

BAW156

SOT23

90

215

1.0@IF=50mA

4

4

500@VR=80V

BAW56

SOT416

90

150

1.0@IF=50mA

4

4

500@VR=80V

BAW56T

SOT323

90

150

1.0@IF=50mA

4

4

500@VR=80V

BAW56W

SOT23

70

215

1.0@IF=50mA

4

4

100@VR=50V

PMBD6100

SOT23

100

215

1.0@IF=50mA

4

4

500@VR=100V

PMBD7000

SOT23

100

215

1.0@IF=50mA

4

4

2500@VR=100V

PMBD7100

IF max (mA)

VF max (V)

IFSM max (A)

Recovery Time trr max (ns)

IR max (nA)

Manf. Part No.

Switching Diodes -Quad Package

VR max (V)

SOT363

100

250

1.0@IF=50mA

4

4

500@VR=80V

BAV70S

SOT363

90

250

1.0@IF=50mA

4

4

500@VR=80V

BAV756S

SOT363

90

250

1.0@IF=50mA

4

4

500@VR=80V

BAW56S

SOT363

100

200

1.0@IF=50mA

4.5

4

1000@VR=75V

BAV99S

IFSM max (A)

Recovery Time trr max (ns)

IR max (nA)

Manf. Part No. BAS29

Controlled Avalanche Switching Diodes Package

SE-30

VR IR VF IF IFSM CD

VR max (V)

CD max (pF)

IFRM max (mA)

SOT23

90

35

600

10

50

100@VR=90V

SOT23

90

35

600

10

50

100@VR=90V

BAS31

SOT23

90

35

600

10

50

100@VR=90V

BAS35

SOT143B

60

2.5

600

9

6

100@VR=60V

BAS56

Reverse Voltage Reverse Current Forward Voltage Forward Current Non-repetitive Peak Forward Current Diode Capacitance

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

DISCRETES NXP Diodes -Fast Recovery

NXP Diodes -ESD Protection

Damper and Modulator Diodes

Designed to protect electronic equipment from the damage caused by Electrostatic Discharge (ESD) pulses.

VRRM (V)

IF av (A)

VF max (V)

trr max (ns)

Manf. Part No.

SOD113

200

8

1.85

135

BY229X-200

SOT78

600

8

1.85

135

BY229-600

SOD113

600

8

1.85

135

BY229X-600

SOD323

-

SOD113

800

8

1.85

135

BY229X-800

SOD523

300

Package

ESD Protection Diodes -1 Line Package

PPM max (W)

IRM max (µA)

@ VRWM (V)

6.4

500

2

3.3

PESD3V3L1BA

5.6

330

2

3.3

PESD3V3S1UB PESD3V3U1UT

Cd max. VBR (pF) typ. (V)

Manf. Part No.

SOT78

1000

8

1.85

135

BY329-1000

SOT23

1.5

6.4

80

2

3.3

SOD113

1200

8

1.85

135

BY329X-1200

SOD882

300

5.6

150

2

3.3

PESD3V3S1UL

SOT78

1200

8

1.85

135

BY329-1200

SOD323

45

-

130

0.1

5

PESD5V0S1BA PESD5V0S1BB

PFC & Hyperfast Recovery Diodes Package

VRRM (V)

IO av/IF av (A)

trr (ns)

Manf. Part No.

SOT78

600

10

19

BYC10-600

SOT78

600

10

19

BYC10-600CT

SOT78

600

5

19

BYC5-600

SOT78

600

8

19

BYC8-600

Ultra Fast Recovery Diodes - Sin g le Package

VRRM (V)

IO av/ IF av (A)

trr (ns)

VF (V)

SOT78

500

14

60

1.05

15

BYT79-500

SOT78

400

9

60

1.03

8

BYV29-400

SOT78

500

9

60

1.03

8

BYV29-500

SOT78

200

14

30

0.9

14

BYV79E-200

@IF (A) Manf. Part No.

SOD59

600

8

75

1.5

8

BYR29-600

SOD59

800

8

75

1.5

8

BYR29-800

Ultra Fast Recovery Diodes -Dual Package

VRRM (V)

IO av/ IF av (A)

trr (ns)

VF (V)

SOT78

150

30

28

0.85

SOT78

200

30

28

0.85

15

45

-

130

0.1

5

45

-

130

0.1

5

PESD5V0S1BL

SOD323

-

7.6

500

1

5

PESD5V0L1BA

SOD523

200

6.8

260

1

5

PESD5V0S1UB

SOT23

1.5

7.6

80

1

5

PESD5V0U1UT

SOD882

200

6.8

150

1

5

PESD5V0S1UL

SOD323

-

15.9

200

0.05

12

PESD12VL1BA

SOD523

75

15

180

0.05

12

PESD12VS1UB

SOT23

1.5

15

200

0.05

12

PESD12VU1UT

SOD882

50

27

150

0.05

24

PESD24VS1UL

ESD Protection Diodes -2 Line Package

Cd max. VBR (pF) typ. (V)

PPM max (W)

IRM max (µA)

@ VRWM (V)

Manf. Part No.

SOT23

-

6.4

350

2

3.3

PESD3V3L2BT

SOT23

300

5.6

330

2

3.3

PESD3V3S2UT PESD3V3S2UAT

SOT23

300

5.6

330

2

3.3

SOT663

275

5.6

150

3

3.3

PESD3V3S2UQ

SOT883

28

5.6

30

0.3

3.3

PESD3V3L2UM

SOT23

-

7.6

350

1

5

PESD5V0L2BT

SOT23

45

-

130

0.1

5

PESD5V0S2BT

BYV42E-150

SOT23

200

6.8

260

1

5

PESD5V0S2UAT

BYV42E-200

SOT663

215

6.8

150

0.3

5

PESD5V0S2UQ

SOT883

19

6.8

30

0.025

5

PESD5V0L2UM PESD5V2S2UT

@IF (A) Manf. Part No. 15

SOD523 SOD882

SOT429

200

30

28

0.82

15

BYV72EW-200

SOT429

400

30

60

1.12

15

BYV74W-400

SOT23

200

6.8

260

1

5.2

SOT78

200

16

25

0.95

8

BYQ30E-200

SOT23

0

15.8

200

0.05

12

PESD12VL2BT

SOT78

200

10

25

0.895

5

BYQ28E-200

SOT23

75

15

180

1

12

PESD12VS2UT

SOT428

200

10

25

0.895

5

BYQ28ED-200

SOT23

75

15

180

0.05

12

PESD12VS2UAT

BYQ28X-200

SOT663

100

15

150

0.03

12

PESD12VS2UQ

0

18.8

200

0.05

15

PESD15VL2BT

70

18

160

1

15

PESD15VS2UT

IRM max (µA)

@ VRWM (V)

Manf. Part No.

SOT186A

200

10

25

0.895

5

SOT78

500

10

60

1.05

5

BYT28-500

SOT23

SOT78

100

20

25

0.95

8

BYV32E-100

SOT23

SOT78

150

20

25

0.85

8

BYV32E-150

SOT78

200

20

25

0.85

8

BYV32E-200

SOT404

200

20

25

0.85

8

BYV32EB-200

VF IF VRRM IO trr

Forward Voltage Forward Current Peak Repetitive Reverse Voltage Output Current Reverse Recovery Time

ESD Protection Diodes -4 Line Package

Cd max. VBR (pF) typ. (V)

PPM max (W)

SOT457

240

5.6

-

2

3

BZA456A

SOT353

28

5.6

30

0.3

3.3

PESD3V3L4UG

SOT665

18

5.6

16

0.3

3.3

PESD3V3V4UW

SOT457

100

14.5

200

0.015

12

PESD12VS4UD

ESD Protection Diodes Package

Wellington +64 4 915 9500

www.activecomponents.com

Christchurch +64 3 355 4545 sales@activecomponents.com

IRM max (µA)

@ VRWM (V)

Manf. Part No. PESD3V3L5UV

SOT666

28

5.6

25

0.3

3.3

SOT363

28

5.6

25

0.3

3.3

PESD3V3L5UY

SOT666

19

6.8

25

0.025

5

PESD5V0L5UV

SOT363

19

6.8

25

0.025

5

PESD5V0L5UY

SOT457

70

27

200

0.015

24

PESD24VS5UD

Cd VBR PPP IRM VRWM

Auckland +64 9 443 9500

Cd max. VBR (pF) typ. (V)

-5 Line

PPM max (W)

Diode Capacitance Breakdown Voltage Peak Pulse Power Dissipation Reverse Leakage Current Reverse Stand-off Voltage

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-31

RegulAtoRs St VoltAGE rEGUlAtorS

2A oUtPUt

GND TO220

PoSitiVE FiXED VoltAGE

SMD

OUT IN

GND

GND ISOWATT220

TO220

GND

OUT OUT IN

IN

GND

GND

TO3 IN OUT

500MA oUtPUt Voltage 5V

6V

8V

9V

10V

12V

15V

operating temp. range (ºc)

Package

2%

–40 to 125

TO220

4%

0 to 125

TO220

L78M05CV

2%

–40 to 125

TO220

L78M06ABV

4%

0 to 125

TO220

L78M06CV

2%

–40 to 125

TO220

L78M08ABV

4%

0 to 125

TO220

L78M08CV

2%

–40 to 125

TO220

L78M09ABV

4%

0 to 125

TO220

L78M09CV

2%

–40 to 125

TO220

L78M10ABV

4%

0 to 125

TO220

L78M10CV

Volt. tol.

2%

–40 to 125

TO220

Manf. Part No.

Voltage

Volt. tol.

5V

6V

8V

0 to 125

TO220

L78M12CV

–40 to 125

TO220

L78M15ABV

4%

0 to 125

TO220

L78M15CV

4%

0 to 150

TO220

4%

0 to 150

TO220

L78S75CV

9V

4%

0 to 150

TO220

L78S09CV

10V

4%

0 to 150

TO220

L78S10CV

12V

4%

0 to 150

TO220

L78S12CV

15V

4%

0 to 150

TO220

L78S15CV

18V

4%

0 to 150

TO220

L78S18CV

24V

4%

0 to 150

TO220

L78S24CV

NEGAtiVE FiXED VoltAGE 100MA oUtPUt

Package

2%

0 to 125

TO220

L7805ACV

2%

–40 to 125

TO220

L7805ABV

Voltage

Volt. tol.

4%

0 to 125

TO3

L7805CT

0 to 125

TO220

L7805CV

4%

0 to 125

ISOWATT220

L7805CP

2%

0 to 125

TO220

L7806ACV

2%

–40 to 125

TO220

L7806ABV

4%

0 to 125

TO3

L7806CT

4%

0 to 125

TO220

L7806CV

4%

0 to 125

ISOWATT220

L7806CP

2%

0 to 125

TO220

L7808ACV

2%

–40 to 125

TO220

L7808ABV

4%

0 to 125

TO3

L7808CT

4% 2%

SE-32

9V

12V

15V

TO220

0 to 125

ISOWATT220

0 to 125

TO220

L7808CV L7808CP L7809ACV

2%

–40 to 125

TO220

L7809ABV

4%

0 to 125

TO3

L7809CT

4%

0 to 125

TO220

L7809CV

4%

0 to 125

ISOWATT220

L7809CP

2%

0 to 125

TO220

L7812ACV

2%

–40 to 125

TO220

L7812ABV

4%

0 to 125

TO3

L7812CT

4%

0 to 125

TO220

L7812CV

4%

0 to 125

ISOWATT220

L7812CP

2%

0 to 125

TO220

L7815ACV

2%

–40 to 125

TO220

L7815ABV

4%

0 to 125

TO3

L7815CT

4%

0 to 125

TO220

L7815CV

4%

0 to 125

ISOWATT220

L7815CP

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

IN NC

IN GND NC

operating temp. range (ºc)

Package

6V

8V

L79L05CD

4%

L79L06ACD

8%

L79L06CD

4%

L79L08ACD

4%

15V

L79L05ACD

8%

8%

12V

SO8

IN

Manf. Part No.

4%

5V

Manf. Part No.

4%

SMD

OUT IN

9V

operating temp. range (ºc)

0 to 125

L78S05CV

5V

L78M12ABV

4%

4%

Manf. Part No.

L78M05ABV

2%

Volt. tol.

Package

7.5V

1.5A oUtPUt Voltage

operating temp. range (ºc)

0 to 125

L79L08CD

SO8

L79L09ACD

8%

L79L09CD

4%

L79L12ACD

8%

L79L12CD

4%

L79L15ACD

8%

L79L15CD

100MA oUtPUt TO92 OUT GND IN

Voltage

Volt. tol.

operating temp. range (ºc)

Package

Manf. Part No.

5V

4%

L79L05ACZ

6V

4%

L79L06ACZ

8V

4%

9V

4%

12V

4%

15V

4%

0 TO 125

L79L08ACZ

TO92

L79L09ACZ L79L12ACZ L79L15ACZ

IN

1.5A oUtPUt

TO220 OUT GND

Voltage 5V

8V

12V

15V

IN

operating temp. range (ºc)

Package

Manf. Part No.

2%

0 to 150

TO220

L7905ACV

4%

0 to 150

TO220

L7905CV

2%

0 to 150

TO220

L7908ACV

Volt. tol.

4%

0 to 150

TO220

L7908CV

2%

0 to 150

TO220

L7912ACV

4%

0 to 150

TO220

L7912CV

2%

0 to 150

TO220

L7915ACV

4%

0 to 150

TO220

L7915CV

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

RegulAtoRs St VoltAGE rEGUlAtorS

St VoltAGE rEFErENcES

SMD

OUT

OUT

TO92

OUT DPAK

IN

IN OUT GND

IN ADJ.

ADJ.

NC V+

SOT223 V–

Package

–40 to 125

0 to 125

OUT OUT

OUT TO220

TO3 IN ADJ.

OUT

ADJ.

output Voltage

100mA

1.2 to 37V

150mA

2 to 37V

500mA

1.2 to 37V

800mA

1.25 to 15V *

-40 to 125 0 to 125 0 to 70

DPAK

LD1117DT

SOT223

LD1117S

NC

1

14

NC

CURRENT LIMIT

2

13

FREQ. COMP.

CURRENT SENSE

3

12

+ VS

INVERT INPUT

4

11

VC

NON-INV. INPUT

5

10

VD

V ref

6

9

VZ

– VS

7

8

NC

1.2 to 37V

Package TO92

0 to 125

LM217LZ

LM723CN

TO220

LM317MT

LM217MT

0 to 125

LD1117V LM117K TO3

LM317K

-25 to 150

LM217T

TO220

-25 to 150

TO3

1.2 to 37V

–25 to 150 0 to 125

K

A

A

A

2.5V Shunt Volt. Ref. 2%

–25 to 85

LM236Z

LM236D

LM336

2.5V Shunt Volt. Ref. 4%

0 to 70

LM336Z

LM336D

LM336B

2.5V Shunt Volt. Ref. 2%

0 to 70

LM336BZ

LM336BD

MC1403

2.5V Precision Serial Volt. Ref. 1%

0 to 70

-

MC1403D

TL431AC

2.5V to 36V Prog. Shunt V. Ref. 1%

0 to 70

TL431ACZ

TL431ACD

TL431AI

2.5V to 36V Prog. Shunt V. Ref. 1%

–40 to 85

TL431AIZ

TL431AID

TL431C

2.5V to 36V Prog. Shunt V. Ref. 2%

0 to 70

TL431CZ

TL431CD

TL431I

2.5V to 36V Prog. Shunt V. Ref. 2%

–40 to 85

TL431IZ

TL431ID

TL1431AC

2.5V to 36V Prog. Shunt V. Ref. 0.25%

–20 to 70

TL1431ACZ

TL1431ACD

TL1431AI

2.5V to 36V Prog. Shunt V. Ref. 0.25%

– 40 to 105

TL1431AIZ

TL1431AID

TL1431C

2.5V to 36V Prog. Shunt V. Ref. 0.4%

–20 to 70

TL1431CZ

TL1431CD

TL1431I

2.5V to 36V Prog. Shunt V. Ref. 0.4%

–40 to 105

TL1431IZ

TL1431ID

Wellington +64 4 915 9500

www.activecomponents.com

Manf. Part No. leaded S. Mount

1.24 to 6V REF.

TO92 A REF. K

SOT23-5L K NC NC

A

LM238K

Package

Manf. Part No. LM137K

TO3

type

Function

oper. temp. range (ºc)

TS431AI

1.24 to 6V Prog. Shunt V. Ref 1%

–40 to 85

TS431AIZ

TS431AIL

TS431I

1.24 to 6V Prog. Shunt V. Ref 2%

–40 to 85

TS431IZ

TS431IL

LM237K LM337K

*Low Dropout Voltage, 1V typ.

Auckland +64 9 443 9500

NC

LM236

LM338K

–55 to 150 1.5A

NC SO8

A

oper. temp. range (ºc)

LM317T

NEGAtiVE oUtPUt operating temp. range (ºc)

A

LM138K

0 to 150

output current Voltage

VIN VOUT

Function

LM217K

0 to 125

-55 to 150 1.2 to 32V

SO8 NC GND

type

LM317LZ

-55 to 150

0 to 125

5A

Manf. Part No.

DIP14

-40 to 125

-25 to 150 1.5A

NC NC

LM217MDT

IN

operating temp. range (ºc)

K

LM317MDT

PoSitiVE oUtPUt current

REF.

LM317D2T

DIP14

IN ADJ.

V–

REF.

LM217D2T

DPAK

0 to 125

TO92

NC NC

NC NC NC

Manf. Part No.

D2PAK

0 to 125

1.25 to 15V*

SO8

TL431 / TL1431 SERIES

–25 to 150

800mA

ADJ.

TO92

operating temp. range (ºc)

1.2 to 37V

NC

+ ADJ. V

PoSitiVE oUtPUt (SMD)

500mA

MC1403

LM236 / 336 / 336B

D 2PAK

output current Voltage

SMD

2.5V & 2.5 to 36V

ADJUStABlE VoltAGE

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

Manf. Part No. leaded S. Mount

SE-33

MEMORY / GPS & BLUETOOTH ALLIANCE MEMORY

FAST ASYNCHRONOUS SRAM Cont.

LOW POWER ASYNCHRONOUS RAM Description

Manf. Part No.

Low Power DRAM, 64Mb / 4M x 16 bit, +3.3V, 166/143 MHz, 5.4/5.4 ns, 54-pin TSOP II

AS4C4M16S-7TCN

Description

Manf. Part No.

Fast Asynch, 3.3V, 32K x 16, 12ns, 44-TSOP II

AS7C3513-12TCN

Fast Asynch, 5V, 512K x 8, 12ns, 36-SOJ

AS7C4096A-12JCN

Fast Asynch, 5V, 512K x 8, 12ns, 44-TSOP II

AS7C4096A-12TCN

Fast Asynch, 5V, 256K x 16, 12ns, 44-SOJ

AS7C4098A-12JCN

Fast Asynch, 5V, 256K x 16, 12ns, 44-TSOP II

AS7C4098A-12TCN

Low Power DRAM, 128Mb/ 8M x 16 bit, +3.3V, 166/143 MHz, 5/5.4 ns, 54-pin TSOP II

AS4C8M16S-7TCN

Low Power DRAM, 256Mb/ 16M x 16 bit, +3.3V, 200/166/143 MHz, 4.5/5.4/5.4 ns, 54-pin TSOP II

AS4C16M16S-7TCN

Fast Asynch, 5V, 32K x 16, 12ns, 44-SOJ

AS7C513-12JCN

Low Power SRAM,2.7 - 5.5V 128K x 8, 55ns, 32-DIP

AS6C1008-55PCN

Fast Asynch, 5V, 32K x 16, 12ns, 44-TSOP II

AS7C513-12TCN

Low Power SRAM, 2.7 - 5.5V128K x 8, 55ns, 32-SOP

AS6C1008-55SIN

Low Power SRAM,2.7 -5.5V, 512K x 8, 55ns, 32-DIP

AS6C4008-55PCN

Low Power SRAM,2.7 - 5.5V, 512K x 8, 55ns, 32-SOP

AS6C4008-55SIN

Low Power SRAM,2.7 - 5.5V, 512K x 8, 55ns, 32 - sTSOP

AS6C4008-55STIN

Low Power SRAM,2.7 - 5.5V 512K x 8, 55ns, 32 -TSOP I

AS6C4008-55TIN

Low Power SRAM, 2.7 -5.5V 32K x 8, 55ns, 28-DIP

AS6C62256-55PCN

Low Power SRAM, 2.7 -5.5V 32K X 8, 55ns, 28-SOP

AS6C62256-55SCN

Low Power SRAM, 5V 32K X 8, 70ns, 28-DIP

AS6C62256A-70PCN

Low Power SRAM, 5V 32K X 8, 70ns, 28-SOP

AS6C62256A-70SCN

Low Power SRAM, 2.7 - 5.5V, 8K x 8, 55ns, 28-DIP

AS6C6264-55PCN

Low Power SRAM, 2.7 - 5.5V, 8K x 8, 55ns, 28-SOP

AS6C6264-55SCN

Low Power SRAM, 5V, 8K x 8, 70ns, 28-DIP

AS6C6264A-70PCN

Low Power SRAM, 5V, 8K x 8, 70ns, 28-SOP

AS6C6264A-70SCN

Connectec GPS AND BLUETOOTH

Connectec

FAST ASYNCHRONOUS SRAM Description

SE-34

Manf. Part No.

Fast Asynch, 5V, 128K x 8, 12ns, 32-SOJ(400 mil)

AS7C1024B-12JCN

Fast Asynch, 5V, 128K X 8, 12ns, 32-TSOP I

AS7C1024B-12TCN

Fast Asynch, 5V, 128K x 8, 12ns, 32-SOJ(300 mil)

AS7C1024B-12TJCN

Fast Asynch, 5V, 128K x 8, 12ns, 32-SOJ(400 mil), Centre Power

AS7C1025B-12JCN

Fast Asynch, 5V, 128K X 8, 12ns, 32-TSOP I, Center Power

AS7C1025B-12TCN

Fast Asynch, 5V, 128K x 8, 12ns, 32-SOJ(300 mil), Centre Power

AS7C1025B-12TJCN

Fast Asynch, 5V, 64K x 16, 12ns, 32-SOJ(400 mil)

AS7C1026B-12JCN

Fast Asynch, 5V, 64K X 16, 12ns, 32-TSOP I

AS7C1026B-12TCN

Fast Asynch, 5V, 64K x 16, 12ns, 32-SOJ(300 mil)

AS7C1026B-12TJCN

Fast Asynch, 5V, 8K x 8, 15ns, 28-SOJ

AS7C164-15JCN

Fast Asynch, 5V, 32K x 8, 12ns, 28-SOJ

AS7C256A-12JCN

Fast Asynch, 5V, 32K X 8, 12ns, 28-TSOP I

AS7C256A-12TCN

Fast Asynch, 3.3V, 128K x 8, 12ns, 32-SOJ(400 mil)

AS7C31024B-12JCN

Fast Asynch, 3.3V, 128K X 8, 12ns, 32-TSOP I

AS7C31024B-12TCN

Fast Asynch, 3.3V, 128K x 8, 12ns, 32-SOJ(300 mil)

AS7C31024B-12TJCN

Fast Asynch, 3.3V, 128K x 8, 12ns, 32-SOJ(400 mil), Center Power

AS7C31025B-12JCN

Fast Asynch, 3.3V, 128K X 8, 12ns, 32-TSOP I, Center Power

AS7C31025B-12TCN

Fast Asynch, 3.3V, 128K x 8, 12ns, 32-SOJ(300 mil), Center Power

AS7C31025B-12TJCN

Fast Asynch, 3.3V, 64K x 16, 12ns 32-SOJ(400mil)

AS7C31026B-12JCN

Fast Asynch, 3.3V, 64K x 16, 12ns, 32-TSOP I

AS7C31026B-12TCN

Fast Asynch, 3.3V, 64K x 16, 12ns, 32-SOJ(300 mil)

AS7C31026B-12TJCN

Fast Asynch, 3.3V, 32K x 8, 12ns, 28-SOJ

AS7C3256A-12JCN

Fast Asynch, 3.3V, 32K X 8, 12ns, 28-TSOP I

AS7C3256A-12TCN

Fast Asynch, 3.3V, 512K x 8, 12ns, 36-SOJ

AS7C34096A-12JCN

Fast Asynch, 3.3V, 512K X 8, 12ns, 44-TSOP II

AS7C34096A-12TCN

Fast Asynch, 3.3V, 256K x 16, 12ns, 44-SOJ

AS7C34098A-12JCN

Fast Asynch, 3.3V, 256k x 16, 12ns, 44-TSOP II

AS7C34098A-12TCN

Fast Asynch, 3.3V, 32K x 16, 12ns, 44-SOJ

AS7C3513-12JCN

Auckland +64 9 443 9500

Wellington +64 4 915 9500

www.activecomponents.com

Connectec focus and specialize in manufacturing small,lightweight and handy electronic products for GPS and Bluetooth applications. For more information, please contact us.

Christchurch +64 3 355 4545 sales@activecomponents.com

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

RFID NXP RFID

HITAG Optimised for very long operating ranges, NXP’s HITAG™ family of passive RFID ICs is designed for a broad array of identification applications including livestock tracking, casino gaming, access control and all kinds of logistic applications.

NXP Radio Frequency Identification (RFID) technology is currently utilized in a wide range of applications, including animal identification, public transport, logistics and supply chain management - all supported by the product families Hitag, Mifare, ICODE and UCODE - covering all RFID frequencies. Its limitless possibilities, plus the fact that there are over 1.5 billion NXP RFID-based cards, tickets, tags and labels issued and over 6 million contactless readers installed worldwide, make it suitable for use in an incredibly wide array of design scenarios. How you take advantage of its vast potential is up to you.

MIFARE MIFARE is the leading industry standard for contactless and dual interface smart card schemes, with an immense worldwide installed base.

Applications Key application is electronic ticketing in public transport, or other card related processes. • MIFARE is the leading industry standard for contactless smart card transactions • Worldwide largest installed base - more than 10 million MIFARE reader core components sold - more than 1 billion contactless and dual interface ICs sold • Fully compliant to ISO 14443A • Future- standard interface ensures that today’s infrastructure can easily be • upgraded for future card ICs • Consistent product portfolio and multiple sourcing at all levels of the value chain

www.activecomponents.com

• • • • • •

Almost unlimited possibilities for different transponder shapes Fast and reliable transactions Secure information exchange Maintenance free Easy and convenient operation Simple system integration

ICODE is the industry standard for high-frequency (HF) smart label solutions. It is a state-of-the-art RFID smart label technology combining the advantages of barcode, EAS (Electronic Article Surveillance) and traditional RF identification. Developed to meet the needs of the pharmaceutical industry, NXP’s latest addition to the family, ICODE UID OTP provides an efficient, reliable and safe system for item-level tracking. As well as providing proof of a medicine’s authenticity, it also brings benefits to the pharmaceutical supply chain. Scanning up to 200 labels per second, it speeds up processes and inline checking, improving efficiency all along the supply chain from manufacturer to pharmacy shelf. Of course, the solution’s benefits and features will also extend its use into many additional application areas. Applications Item-level tagging, Pharmaceutical supply chain management and ePedigree, Rental and library services, Retail supply chain management and smart shelf solutions, Fashion Anti-counterfeit protection, Asset management, Factory automation, Parcel handling. • • • •

For more information, please contact us.

Wellington +64 4 915 9500

Applications HITAG ICs can be found in a broad range of applications, including access control, time and attendance tracking, metering, ski ticketing, electronic keys, gas cylinder identification, logistics, animal identification (conforming to ISO 11784/85), asset tracking and gaming.

ICODE

The platform offers a full range of compatible contactless smart card and reader ICs, as well as dual interface ICs that provide a link between the contactless and contact card markets.

Auckland +64 9 443 9500

Operating at the frequency of 100 to 150kHz, HITAG was the first tag IC family on the market to support a highly sophisticated anti-collision feature, allowing several tags to be read simultaneously. HITAG read/write transponder ICs provide a high level of security featuring mutual authentication followed by encrypted data transmission, ensuring data is kept safe and preventing unauthorized copying of the tag. HITAG reader ICs provide an easy path to customized reader/writer development.

Christchurch +64 3 355 4545 sales@activecomponents.com

Best price / performance ratio of any HF smart label solution Proven and reliable technology Complies with worldwide regulations Feature sets aligned with user requirements Description

Package

Manf. Part No.

SO32

I.Code Hs Reader

CLRC63201TD

PLLMC

RFID HITAG Stick

HT2DC20S20M

SO14

RFID HITAG Reader

HTRC11001AD

SO14

RFID HITAG Reader

HTRC11001TD

PLLMC

MIFARE Stand 1K Moa4

MF1MOA4S50/D

SO32

MIFARE Reader

MFRC51T0FED

SO32

MIFARE Hs Reader

MFRC53101TD MFRC53T0FED

SO32

MIFARE Hs Reader

PLLMC

HITAG 2 Security

PCF7936ASM

SO32

I.Code Sirc400 Reader

SLRC41TOFED

Victoria +61 3 9775 4778

NSW +61 2 9893 9400

Over one million electronic components online.

SE-35

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