No. |
Part Name |
Description |
Manufacturer |
61 |
AN90C20 |
TRANSISTOR ARRAYS |
Panasonic |
62 |
AN90C21 |
TRANSISTOR ARRAYS |
Panasonic |
63 |
AN90C22 |
TRANSISTOR ARRAYS |
Panasonic |
64 |
AN90C23 |
TRANSISTOR ARRAYS |
Panasonic |
65 |
AN90D21 |
Transistor Array |
Panasonic |
66 |
AS1700-NPN |
Semicustom bipolar array |
ASTEC Semiconductor |
67 |
AS1700-PWR |
Semicustom bipolar array |
ASTEC Semiconductor |
68 |
AS17XX |
Semicustom Bipolar Array |
ASTEC Semiconductor |
69 |
AS82527 |
SERIAL COMMUNICATIONS CONTROLLER CONTROLLER AREA NETWORK PROTOCOL |
Intel |
70 |
AT76C504 |
AT76C504 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, 16-bit PCMCIA Bus Interface, integrated 6K x 32-bit Internal SRAM, 160- BGA Package, 3.3V operation, Integrated 802.11b baseband processor supports Antenna Dive |
Atmel |
71 |
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 |
72 |
AT76C505 |
AT76C505 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, Full-speed (12 Mbps) USB Interface, On-chip Boot-ROM, integrated 6K x 32-bit Internal SRAM, 128- CABGA Package, 3.3V operation, Integrated 802.11b baseband proc |
Atmel |
73 |
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 |
74 |
AT76C506 |
AT76C506 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, PCI Bus Interface (compliant with PCI v2.2 and PCI Power Management Specification v1.1), integrated 6K x 32-bit Internal SRAM, 160-pin CABGA Package, 3.3V opera |
Atmel |
75 |
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 |
76 |
AT76C509 |
AT76C509 single-chip WLAN MAC and Baseband with low power ARM7TDMIR RISC. |
Atmel |
77 |
B315D |
Quadruple transistor array without and with heat sinks, possibly equivalent Q2T2222 |
RFT |
78 |
B315E |
Quadruple transistor array without and with heat sinks, possibly equivalent Q2T2222 |
RFT |
79 |
B315K |
Quadruple transistor array without and with heat sinks, possibly equivalent Q2T2222 |
RFT |
80 |
B325D |
Quadruple transistor array without and with heat sink, possibly equivalent Q2T2222 |
RFT |
81 |
B325E |
Quadruple transistor array without and with heat sink, possibly equivalent Q2T2222 |
RFT |
82 |
B325K |
Quadruple transistor array without and with heat sink, possibly equivalent Q2T2222 |
RFT |
83 |
B340D |
β340D Transistor Arrays - four general purpose silicon NPN transistors |
IPRS Baneasa |
84 |
B340D |
Transistor array with 4 npn transistors |
RFT |
85 |
B341D |
Transistor array with 4 npn transistors, low noise |
RFT |
86 |
B342D |
β342D Transistor Arrays - four general purpose silicon NPN transistors |
IPRS Baneasa |
87 |
B342D |
Transistor array with 4 npn transistors |
RFT |
88 |
B360D |
Quadruple transistor array without and with heat sink, possibly equivalent TPQ2222 |
RFT |
89 |
B360E |
Quadruple transistor array without and with heat sink, possibly equivalent TPQ2221 |
RFT |
90 |
B360K |
Quadruple transistor array without and with heat sink, possibly equivalent TPQ3724 |
RFT |
| | | |