No. |
Part Name |
Description |
Manufacturer |
1 |
28C64A |
Note:This product has become 'Obsolete' and is no longer offered as a viable device for design.28C64A is a 64K bit CMOS Parallel EEPROM. The 28C64A is accessed like a static RAM for the read or write cycles without the need of external com |
Microchip |
2 |
28LV64A |
Note:This product has become 'Obsolete' and is no longer offered as a viable device for design.28LV64A is a 64K bit CMOS Parallel EEPROM organized as 8K words by 8 bits. The 28LV64A is accessed like a static RAM for the read or write cycle |
Microchip |
3 |
5962F1120102QXA |
72-Mbit QDR� II+ SRAM Four-Word Burst Architecture with RadStop™ Technology |
Cypress |
4 |
5962F1120102VXA |
72-Mbit QDR� II+ SRAM Four-Word Burst Architecture with RadStop™ Technology |
Cypress |
5 |
5962F1120202QXA |
72-Mbit QDR� II+ SRAM Four-Word Burst Architecture with RadStop™ Technology |
Cypress |
6 |
AB-035 |
FILTER DESIGN PROGRAM FOR THE UAF42 UNIVERSAL ACTIVE FILTER |
Burr Brown |
7 |
AN-101 |
Application Note - NOVRAM family, easier than ever to use |
Xicor |
8 |
AN1021 |
A CONTROLLER TO GAIN NVRAM FUNCTIONALITY FROM TWO 128K X16 BLOCKS OF SRAM |
SGS Thomson Microelectronics |
9 |
AN611 |
TD-SCDMA Radio Chipset Block Diagram for Handset Application |
MAXIM - Dallas Semiconductor |
10 |
APPLICATION-NOTE |
Block Diagram for VHF/UHF TV Set |
NEC |
11 |
APPLICATION-NOTE |
Block Diagram for pure complementary P-P amplifier |
NEC |
12 |
APPLICATION-NOTE |
Block Diagram for MICRO/MINI Cassette Tape Recorder and Radio control system for toys |
NEC |
13 |
APPLICATION-NOTE |
Block Diagram for LEFT/RIGHT & Forward/Reverse control type, proportional type |
NEC |
14 |
APPLICATION-NOTE |
Block Diagram for handy type transceiver |
NEC |
15 |
APPLICATION-NOTE |
Block Diagram for FM Tuner, Thin type AM/FM Radio, Portable tape recorder |
NEC |
16 |
APPLICATION-NOTE |
Block Diagram for pure complementary darlington SEPP amplifier |
NEC |
17 |
APPLICATION-NOTE |
Block Diagram for CATV Converter |
NEC |
18 |
APPLICATION-NOTE |
Block Diagram for entertainmnent equipment for AM radio and AM/FM RADIO |
NEC |
19 |
AS4C14400-40JC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 40ns |
Alliance Semiconductor |
20 |
AS4C14400-40TC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 40ns |
Alliance Semiconductor |
21 |
AS4C14400-50JC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 50ns |
Alliance Semiconductor |
22 |
AS4C14400-50TC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 50ns |
Alliance Semiconductor |
23 |
AS4C14400-60JC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 60ns |
Alliance Semiconductor |
24 |
AS4C14400-60TC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 60ns |
Alliance Semiconductor |
25 |
AS4C14400-70JC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 70ns |
Alliance Semiconductor |
26 |
AS4C14400-70TC |
1M-bit � 4 CMOS DRAM fast page mode, single 5V power supply, 70ns |
Alliance Semiconductor |
27 |
AS5SS128K36 |
128K x 36 SSRAM SYNCHRONOUS ZBL SRAM FLOW-THRU OUTPUT |
Austin Semiconductor |
28 |
AS5SS128K36DQ-11_IT |
128K x 36 SSRAM - synchronous ZBL SRAM flow-thru output |
Austin Semiconductor |
29 |
AS5SS128K36DQ-11_XT |
128K x 36 SSRAM - synchronous ZBL SRAM flow-thru output |
Austin Semiconductor |
30 |
AS5SS128K36DQ-12_IT |
128K x 36 SSRAM - synchronous ZBL SRAM flow-thru output |
Austin Semiconductor |
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