| No. |
Part Name |
Description |
Manufacturer |
| 2011 |
AS273H1LP13 |
Over-temperature detector |
ASTEC Semiconductor |
| 2012 |
AS273H1LPA |
Over-temperature detector |
ASTEC Semiconductor |
| 2013 |
AS273H1LPB |
Over-temperature detector |
ASTEC Semiconductor |
| 2014 |
AS273H1LPT |
Over-temperature detector |
ASTEC Semiconductor |
| 2015 |
AS273H5D13 |
Over-temperature detector |
ASTEC Semiconductor |
| 2016 |
AS273H5DA |
Over-temperature detector |
ASTEC Semiconductor |
| 2017 |
AS273H5DB |
Over-temperature detector |
ASTEC Semiconductor |
| 2018 |
AS273H5DT |
Over-temperature detector |
ASTEC Semiconductor |
| 2019 |
AS273H5G13 |
Over-temperature detector |
ASTEC Semiconductor |
| 2020 |
AS273H5GA |
Over-temperature detector |
ASTEC Semiconductor |
| 2021 |
AS273H5GB |
Over-temperature detector |
ASTEC Semiconductor |
| 2022 |
AS273H5GT |
Over-temperature detector |
ASTEC Semiconductor |
| 2023 |
AS273H5LP13 |
Over-temperature detector |
ASTEC Semiconductor |
| 2024 |
AS273H5LPA |
Over-temperature detector |
ASTEC Semiconductor |
| 2025 |
AS273H5LPB |
Over-temperature detector |
ASTEC Semiconductor |
| 2026 |
AS273H5LPT |
Over-temperature detector |
ASTEC Semiconductor |
| 2027 |
AT75C140 |
This Smart Internet Appliance Processor is a high-performance processor specially designed for network-enabling consumer and industrial applications. The specific architecture of this device delivers unmatched performance for low power con |
Atmel |
| 2028 |
AT75C220 |
A high-performance processor specially designed for professional Internet appliance applications, such as Ethernet IP phone. The device is built around an ARM7TDMI microcontroller with two Ethernet MAC interfaces. |
Atmel |
| 2029 |
AT76C711 |
The Atmel AT76C711, based on Atmel�s proprietary 8-bit AVR-enhanced RISC architecture, is a USB device designed to provide a high-speed USB interface to devices that need to communicate with a host through fast serial links like UARTs and |
Atmel |
| 2030 |
AT97SC3201 |
A Fully integrated security module designed to be integrated into computer systems and other embedded systems. This is a summary document. A complete document is available under NDA. For more information, please contact your local Atmel sa |
Atmel |
| 2031 |
ATC35 |
The ATC35 Cell-based ASIC (CBIC) family features a comprehensive library of 0.35-micron standard logic and I/O cells designed to operate with a supply voltage of 3.3V +/- 0.3V and memory cells compiled to the precise requirements of the de |
Atmel |
| 2032 |
AZ7023RTR-G1 |
VOLTAGE DETECTOR |
Diodes |
| 2033 |
AZ7023ZTR-G1 |
VOLTAGE DETECTOR |
Diodes |
| 2034 |
AZ70XX |
VOLTAGE DETECTOR |
Diodes |
| 2035 |
AZ70xx |
VOLTAGE DETECTOR |
Diodes |
| 2036 |
B0520LW |
Discrete Devices-Diode-Schottky Diode & Array |
Taiwan Semiconductor |
| 2037 |
B0520LWF |
Discrete Devices-Diode-Schottky Diode & Array |
Taiwan Semiconductor |
| 2038 |
B0530W |
Discrete Devices-Diode-Schottky Diode & Array |
Taiwan Semiconductor |
| 2039 |
B0530WF |
Discrete Devices-Diode-Schottky Diode & Array |
Taiwan Semiconductor |
| 2040 |
B0540WF |
Discrete Devices-Diode-Schottky Diode & Array |
Taiwan Semiconductor |
| | | |
