No. |
Part Name |
Description |
Manufacturer |
31 |
AG12D |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
32 |
AG12G |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
33 |
AG12J |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
34 |
AG12K |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
35 |
AG12M |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
36 |
AG3A |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
37 |
AG3B |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
38 |
AG3D |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
39 |
AG3G |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
40 |
AG3J |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
41 |
AG3K |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
42 |
AG3M |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
43 |
AG6A |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
44 |
AG6B |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
45 |
AG6D |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
46 |
AG6G |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
47 |
AG6J |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
48 |
AG6K |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
49 |
AG6M |
Silicon Rectifier Cells with polysiloxan passivation |
Diotec Elektronische |
50 |
AP9106 |
8-Channels Switch for Multi-Cells Li+/Polymer Battery Pack |
Diodes |
51 |
AP9107 |
Analog Front-end Chip for Multi-cells Li+ Battery Pack |
Diodes |
52 |
AT91R40008 |
The AT91R40008 features 256K bytes of on-chip SRAM, an External Bus Interface, a 3-channel Timer/Counter, 2 USARTs, a Watchdog Timer and advanced power-saving features.The AT91X408XX Series does not feature Boundary-scan cells on digital p |
Atmel |
53 |
ATC18 |
The ATC18 Cell-based ASIC (CBIC) family features a comprehensive library of 0.18-micron standard logic and I/O cells designed to operate with a supply voltage of 1.8V +/- 0.15V and memory cells compiled to the precise requirements of the d |
Atmel |
54 |
ATC18 |
The ATC18 Cell-based ASIC (CBIC) family features a comprehensive library of 0.18-micron standard logic and I/O cells designed to operate with a supply voltage of 1.8V +/- 0.15V and memory cells compiled to the precise requirements of the d |
Atmel |
55 |
ATC20 |
The ATC20 Cell-based ASIC (CBIC) family features a comprehensive library of 0.21-micron standard logic and I/O cells designed to operate with a supply voltage of 1.8V +/- 0.15V and memory cells compiled to the precise requirements of the d |
Atmel |
56 |
ATC20 |
The ATC20 Cell-based ASIC (CBIC) family features a comprehensive library of 0.21-micron standard logic and I/O cells designed to operate with a supply voltage of 1.8V +/- 0.15V and memory cells compiled to the precise requirements of the d |
Atmel |
57 |
ATC25 |
The ATC25 Cell-based ASIC (CBIC) family features a comprehensive library of 0.25-micron standard logic and I/O cells designed to operate with a supply voltage of 2.5V +/- 0.25V and memory cells compiled to the precise requirements of the d |
Atmel |
58 |
ATC25 |
The ATC25 Cell-based ASIC (CBIC) family features a comprehensive library of 0.25-micron standard logic and I/O cells designed to operate with a supply voltage of 2.5V +/- 0.25V and memory cells compiled to the precise requirements of the d |
Atmel |
59 |
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 |
60 |
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 |
| | | |