| No. |
Part Name |
Description |
Manufacturer |
| 1 |
2SD1508 |
TRANSISTOR SILICON NPN EPITAXIAL TYPE (PCT PROCESS) (DARLINTON) PULSE MOTOR DRIVE, HANNER DIVE, SWITCHING, POWER AMPLIFIER APPLICATIONS |
TOSHIBA |
| 2 |
7448 |
Dcvice converts BCD input data into control signals for 7-segment displays |
Unknow |
| 3 |
AB-058 |
SIMPLE FILTER TURNS SQUARE WAVES INTO SINE WAVES |
Burr Brown |
| 4 |
AN923 |
TIMEKEEPER ROLLING INTO THE YEAR 2000 (21ST CENTURY, Y2K) |
SGS Thomson Microelectronics |
| 5 |
AT83C21GC |
AT83C21GC is based on an Atmel C51 MCU and includes GemCore� Serial Lite Pro software. It is a single-chip ready-to-use pre-certified solution that can be quickly and easily integrated into any serial smart card reader. |
Atmel |
| 6 |
AT83C22OK |
AT83C22OK is based on Atmel C51 MCU and include OMNIKEY� firmware. This single-chip turnkey solutions can be quickly and easily integrated into any USB smart card peripheral. |
Atmel |
| 7 |
AT83C23OK |
AT83C23OK is based on Atmel C51 MCU and include OMNIKEY� firmware. This single-chip turnkey solutions can be quickly and easily integrated into any USB smart card keyboard or peripheral. |
Atmel |
| 8 |
AT83C25OK |
AT83C25OK is based on an Atmel C51 MCU and includes OMNIKEY� firmware. It is a single-chip ready-to-use solution that can be quickly and easily integrated into any PCMCIA smart card reader. |
Atmel |
| 9 |
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 |
| 10 |
BA12003BF-E2 |
7 Circuits Darlinton Transistor Array |
ROHM |
| 11 |
BA12004BF |
7 Circuits Darlinton Transistor Array |
ROHM |
| 12 |
BA12004BF-E2 |
7 Circuits Darlinton Transistor Array |
ROHM |
| 13 |
CY7C4255V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 14 |
CY7C4255V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 15 |
CY7C4255V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 16 |
CY7C4255V-25ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 17 |
CY7C4265V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 18 |
CY7C4265V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 19 |
CY7C4265V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 20 |
CY7C4275V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 21 |
CY7C4275V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 22 |
CY7C4275V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 23 |
CY7C4285V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 24 |
CY7C4285V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 25 |
CY7C4285V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 26 |
CY7C4285V-25ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| 27 |
DRA745 |
Jacinto 6 ? Dual 1.2 GHz A15 SoC Processor for Infotainment 760-XCEPT -40 to 125 |
Texas Instruments |
| 28 |
DRA745BLGABCQ1 |
Jacinto 6 ? Dual 1.2 GHz A15 SoC Processor for Infotainment 760-XCEPT -40 to 125 |
Texas Instruments |
| 29 |
DRA745BLGABCRQ1 |
Jacinto 6 ? Dual 1.2 GHz A15 SoC Processor for Infotainment 760-XCEPT -40 to 125 |
Texas Instruments |
| 30 |
DRA750 |
Jacinto 6 EP ? Dual 1.0 GHz A15, Dual DSP, Extended Peripherals 760-XCEPT -40 to 125 |
Texas Instruments |
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