| No. |
Part Name |
Description |
Manufacturer |
| 571 |
APW6020C-TU |
Advanced Dual PWM and Dual Linear Power Controllers |
ANPEC Electronics Corporation |
| 572 |
APW6020K-TR |
Advanced Dual PWM and Dual Linear Power Controllers |
ANPEC Electronics Corporation |
| 573 |
APW6020K-TU |
Advanced Dual PWM and Dual Linear Power Controllers |
ANPEC Electronics Corporation |
| 574 |
APW6020KC-TR |
Advanced dual PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 575 |
APW6020KC-TU |
Advanced dual PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 576 |
APW7015KC-TR |
15 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 577 |
APW7015KC-TU |
15 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 578 |
APW7025KC-TR |
15 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 579 |
APW7025KC-TU |
15 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 580 |
APW7026-12KC-TR |
1.25 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 581 |
APW7026-12KC-TU |
1.25 V,advanced PWM and dual linear power controller |
ANPEC Electronics Corporation |
| 582 |
AT40K05 |
5K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (5V) |
Atmel |
| 583 |
AT40K05AL |
5K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam. Enhanced performance improvement and bi-directional I/Os (3.3V) |
Atmel |
| 584 |
AT40K05LV |
5K - 50K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam. |
Atmel |
| 585 |
AT40K10 |
10K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (5V) |
Atmel |
| 586 |
AT40K10AL |
10K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam. Enhanced performance improvement and bi-directional I/Os (3.3V) |
Atmel |
| 587 |
AT40K10LV |
10K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (3.3V) |
Atmel |
| 588 |
AT40K20 |
20K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (5V) |
Atmel |
| 589 |
AT40K20AL |
5K - 50K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam. Enhanced performance improvement and bi-directional I/Os (3.3V) |
Atmel |
| 590 |
AT40K20LV |
20K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (3.3V) |
Atmel |
| 591 |
AT40K40 |
40K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (5V) |
Atmel |
| 592 |
AT40K40AL |
5K - 50K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam. Enhanced performance improvement and bi-directional I/Os (3.3V) |
Atmel |
| 593 |
AT40K40LV |
5K - 50K Gate FPGA with DSP Optimized Core Cell and Distributed FreeRam (3.3V) |
Atmel |
| 594 |
AT43USB370 |
Full speed, USB 2.0 compliant host/function processor with embedded USB host stack and device driver firmware. Please |
Atmel |
| 595 |
AT76C504A |
AT76C504A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single |
Atmel |
| 596 |
AT76C505A |
AT76C505A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single |
Atmel |
| 597 |
AT76C506A |
AT76C506A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single |
Atmel |
| 598 |
AT77C101B |
Thermal Fingerprint Sensor with 0.4 mm X 14 mm (0.02" x 0.55") sensing area and digital output (on-chip ADC) |
Atmel |
| 599 |
AT94K05AL |
FPSLIC devices combine 5K gates of Atmel's patented AT40K FPGA architecture, a 20 MIPS AVR 8-bit RISC microprocessor core, numerous fixed microcontroller peripheries and up to 36K Bytes of program and data SRAM. |
Atmel |
| 600 |
AT94K10AL |
FPSLIC devices combine 10K gates of Atmel's patented AT40K FPGA architecture, a 20 MIPS AVR 8-bit RISC microprocessor core, numerous fixed microcontroller peripheries and up to 36K Bytes of program and data SRAM. |
Atmel |
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