No. |
Part Name |
Description |
Manufacturer |
1 |
AAT1151 |
850kHz 700mA Synchronous Buck DC/DC Converter |
ANALOGIC TECH |
2 |
AAT1151 |
850kHz 700mA Synchronous Buck DC/DC Converter |
Skyworks Solutions |
3 |
AAT1151IKS-1.8-T1 |
850kHz 700mA Synchronous Buck DC/DC Converter 1.8V |
Skyworks Solutions |
4 |
AAT1151IKS-3.3-T1 |
850kHz 700mA Synchronous Buck DC/DC Converter 3.3V |
Skyworks Solutions |
5 |
AAT1151IVN-1.0-T1 |
850kHz 700mA Synchronous Buck DC/DC Converter |
Skyworks Solutions |
6 |
AAT1151IVN-2.5-T1 |
850kHz 700mA Synchronous Buck DC/DC Converter 2.5V |
Skyworks Solutions |
7 |
ARE1303 |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 3 V DC. |
Matsushita Electric Works(Nais) |
8 |
ARE1306 |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 6 V DC. |
Matsushita Electric Works(Nais) |
9 |
ARE1309 |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 9 V DC. |
Matsushita Electric Works(Nais) |
10 |
ARE1312 |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 12 V DC. |
Matsushita Electric Works(Nais) |
11 |
ARE1324 |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 24 V DC. |
Matsushita Electric Works(Nais) |
12 |
ARE134H |
RE-relay. 2.6 GHz 75 ohm relays for broadcasting industry. Standard PC board terminal. Nominal voltage 4.5 V DC. |
Matsushita Electric Works(Nais) |
13 |
BUZ 72 A |
Power MOSFET, 100V, TO-220, RDSon=0.25 Ohm, 9A, NL |
Infineon |
14 |
BUZ 72 AL |
Power MOSFET, 100V, TO-220, RDSon=0.25 Ohm, 9A, LL |
Infineon |
15 |
BUZ 74 |
Conventional Power MOS Transistors |
Infineon |
16 |
BUZ 76 |
Conventional Power MOS Transistors |
Infineon |
17 |
BUZ 76A |
Conventional Power MOS Transistors |
Infineon |
18 |
BUZ 78 |
Conventional Power MOS Transistors |
Infineon |
19 |
GS8162Z18B-150 |
150MHz 7.5ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
20 |
GS8162Z18B-150I |
150MHz 7.5ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
21 |
GS8162Z18B-166 |
166MHz 7ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
22 |
GS8162Z18B-166I |
166MHz 7ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
23 |
GS8162Z18D-150 |
150MHz 7.5ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
24 |
GS8162Z18D-150I |
150MHz 7.5ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
25 |
GS8162Z18D-166 |
166MHz 7ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
26 |
GS8162Z18D-166I |
166MHz 7ns 1M x 18 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
27 |
GS8162Z36B-150 |
150MHz 7.5ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
28 |
GS8162Z36B-150I |
150MHz 7.5ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
29 |
GS8162Z36B-166 |
166MHz 7ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
30 |
GS8162Z36B-166I |
166MHz 7ns 512K x 36 18MB pipelined and flow through synchronous NBT SRAM |
GSI Technology |
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