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Semiconductors Parts begin by A4 Page 2
A42L2604V-50L : 50ns; Refresh Recycle:2K; 4M X 4bit CMOS Dynamic RAM With Edo Page Mode
A 42 L 2604 V-50L
A42L2604V-50LU : 50ns; Refresh Recycle:2K; 4M X 4bit CMOS Dynamic RAM With Edo Page Mode
A 42 L 2604 V-50 LU
A42L2604V-50U : 50ns; Refresh Recycle:2K; 4M X 4bit CMOS Dynamic RAM With Edo Page Mode
A 42 L 2604 V-50U
A42L8316 : 256k X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316
A42L8316S : 30ns; Self Refresh 256K X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 L 8316S
A42L8316S-30 : 30ns; Self Refresh 256K X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 L 8316 S-30
A42L8316S-35 : 35ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 S-35
A42L8316S-40 : 40ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 S-40
A42L8316V : 256k X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316V
A42L8316V-30 : 40ns; Self Refresh 256K X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 L 8316 V-30
A42L8316V-30U : 30ns; Self Refresh 256K X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 L 8316 V-30U
A42L8316V-34 : 40ns; Self Refresh 256K X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 L 8316 V-34
A42L8316V-35 : 35ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 V-35
A42L8316V-35U : 35ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 V-35U
A42L8316V-40 : 40ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 V-40
A42L8316V-40U : 40ns; 256K X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 L 8316 V-40U
A42MX09 :
A 42 MX 09
A42MX09-1C :
A 42 MX 09-1C
A42MX09-2C :
A 42 MX 09-2C
A42MX09-3C :
A 42 MX 09-3C
A42MX09-C :
A 42 MX 09-C
A42MX09-FC :
A 42 MX 09-FC
A42MX09-I :
A 42 MX 09-I
A42MX16 :
A 42 MX 16
A42MX16-1C :
A 42 MX 16-1C
A42MX16-2C :
A 42 MX 16-2C
A42MX16-3C :
A 42 MX 16-3C
A42MX16-C :
A 42 MX 16-C
A42MX16-FC :
A 42 MX 16-FC
A42MX16-I :
A 42 MX 16-I
A42MX24 :
A 42 MX 24
A42MX24-1C :
A 42 MX 24-1C
A42MX24-2C :
A 42 MX 24-2C
A42MX24-3C :
A 42 MX 24-3C
A42MX24-C :
A 42 MX 24-C
A42MX24-FC :
A 42 MX 24-FC
A42MX24-I :
A 42 MX 24-I
A42MX36 :
A 42 MX 36
A42MX36-1C :
A 42 MX 36-1C
A42MX36-2C :
A 42 MX 36-2C
A42MX36-3C :
A 42 MX 36-3C
A42MX36-C :
A 42 MX 36-C
A42MX36-FC :
A 42 MX 36-FC
A42MX36-I :
A 42 MX 36-I
A42U0616 : DRAM Sdram Sgram 16Mb X16
A 42 U 0616
A42U0616S : DRAM Sdram Sgram 16Mb X16
A 42 U 0616S
A42U0616S-50 : 50ns; Refresh Cycle:1K; 1M X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 U 0616 S-50
A42U0616S-60 : 50ns; Self Refresh:1K 1M X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 U 0616 S-60
A42U0616S-80 : 50ns; Self Refresh:1K 1M X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 U 0616 S-80
A42U0616V : DRAM Sdram Sgram 16Mb X16
A 42 U 0616V
A42U0616V-50 : 50ns; Refresh Cycle:1K; 1M X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 U 0616 V-50
A42U0616V-60 : 60ns; Refresh Cycle:1K; 1M X 16 CMOS Dynamic RAM With Edo Page Mode
A 42 U 0616 V-60
A42U0616V-80 : 50ns; Self Refresh:1K 1M X 16 CMOS Dynamic RAM With Edo Page Moge
A 42 U 0616 V-80
A42U2604 : DRAM Sdram Sgram 16Mb x4
A 42 U 2604
A42U2604S : DRAM Sdram Sgram 16Mb x4
A 42 U 2604S
A42U2604S-50 : 50ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-50
A42U2604S-50U : 50ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-50U
A42U2604S-60 : 50ns; Refresh Cycle:2K; 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-60
A42U2604S-60U : 50ns; Refresh Cycle:2K; 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-60U
A42U2604S-80 : 50ns; Refresh Cycle:2K; 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-80
A42U2604S-80U : 50ns; Refresh Cycle:2K; 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 S-80U
A42U2604V : DRAM Sdram Sgram 16Mb x4
A 42 U 2604V
A42U2604V-50 : 50ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-50
A42U2604V-50U : 50ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-50U
A42U2604V-60 : 60ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-60
A42U2604V-60U : 60ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-60U
A42U2604V-80 : 80ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-80
A42U2604V-80U : 80ns; Refresh Cycle:2K 4M X 4 CMOS Dynamic RAM With Edo Page Mode
A 42 U 2604 V-80U
A43 : 100 to 3200 MHZ TO-8 Cascadable Amplifier
A 43
A430 : General Purpose Rectifier
A 430
A431XM : Programmable Voltage Reference ( Programmable Output Voltage to 20 Volts )
A 431 XM
A431XSF : Programmable Voltage Reference ( Programmable Output Voltage to 20 Volts )
A 431 XSF
A436 : Parallel Video DSP Chip
A 436
A436TM :
A 436 TM
A438S :
A 438S
A43L0616 : DRAM Sdram Sgram 16Mb X16
A 43 L 0616
A43L0616A : DRAM Sdram Sgram 16Mb X16
A 43 L 0616A
A43L0616AV : DRAM Sdram Sgram 16Mb X16
A 43 L 0616 AV
A43L0616AV-5 : 5ns; 200MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-5
A43L0616AV-5.5 : 5.5ns; 183MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-5.5
A43L0616AV-55 : 512k X 16 Bit X 2 Banks Synchronous DRAM
A 43 L 0616 AV-55
A43L0616AV-6 : 6ns; 166MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-6
A43L0616AV-6F : 6ns; 166MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-6F
A43L0616AV-7 : 7ns; 143MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-7
A43L0616AV-7F : 7ns; 143MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-7F
A43L0616AV-7U : 7ns; 143MHz CL=3 512K X 16bit X 2banks Synchronous DRAM
A 43 L 0616 AV-7U
A43L0616B : 512K X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0616B is 16,777,216 bits s
A 43 L 0616B
A43L0616BV-6 : 512K X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0616B is 16,777,216 bits s
A 43 L 0616 BV-6
A43L0616BV-6F : 512K X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0616B is 16,777,216 bits s
A 43 L 0616 BV-6F
A43L0616BV-7 : 512K X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0616B is 16,777,216 bits s
A 43 L 0616 BV-7
A43L0616BV-7U : 512K X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0616B is 16,777,216 bits s
A 43 L 0616 BV-7U
A43L0632 : 512K X 32 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0632 is 33,554,432 bits sy
A 43 L 0632
A43L0632G-6F : 512K X 32 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0632 is 33,554,432 bits sy
A 43 L 0632 G-6F
A43L0632G-6UF : 512K X 32 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0632 is 33,554,432 bits sy
A 43 L 0632 G-6 UF
A43L0632G-7F : 512K X 32 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0632 is 33,554,432 bits sy
A 43 L 0632 G-7F
A43L0632G-7UF : 512K X 32 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L0632 is 33,554,432 bits sy
A 43 L 0632 G-7 UF
A43L1616 : 1M X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L1616 is 33,554,432 bits sync
A 43 L 1616
A43L1616V-6F : 1M X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L1616 is 33,554,432 bits sync
A 43 L 1616 V-6F
A43L1616V-6UF : 1M X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L1616 is 33,554,432 bits sync
A 43 L 1616 V-6 UF
A43L1616V-7F : 1M X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L1616 is 33,554,432 bits sync
A 43 L 1616 V-7F
A43L1616V-7UF : 1M X 16 Bit X 2 Banks Synchronous DRAM<<<>>>The A43L1616 is 33,554,432 bits sync
A 43 L 1616 V-7 UF
A43L2616 : DRAM Sdram Sgram 64Mb X16
A 43 L 2616
A43L2616-PH : DRAM Sdram Sgram 64Mb X16
A 43 L 2616-PH
A43L2616V-6PH : Cycle Time:6ns; 166MHz CL=3 Access Time:5.0ns 1M X 16bit X 4banks Synchronous DR
A 43 L 2616 V-6 PH
A43L2616V-7PH : Cycle Time:7ns; 143MHz CL=3 Access Time:5.4ns 1M X 16bit X 4banks Synchronous DR
A 43 L 2616 V-7 PH
A43L2616V-PH : DRAM Sdram Sgram 64Mb X16
A 43 L 2616 V-PH
A43L4616 : 4M X 16 Bit X 4 Banks Synchronous DRAM<<<>>>The A43L4616 is 268,435,456 bits syn
A 43 L 4616
A43L4616V-7 : 4M X 16 Bit X 4 Banks Synchronous DRAM<<<>>>The A43L4616 is 268,435,456 bits syn
A 43 L 4616 V-7
A43L4616V-7F : 4M X 16 Bit X 4 Banks Synchronous DRAM<<<>>>The A43L4616 is 268,435,456 bits syn
A 43 L 4616 V-7F
A43L8316 : DRAM Sdram Sgram 4Mb X16
A 43 L 8316
A43L8316A : DRAM Sdram Sgram 4Mb X16
A 43 L 8316A
A43L8316AV : DRAM Sdram Sgram 4Mb X16
A 43 L 8316 AV
A43L8316AV-5 : Cycle Time:5ns; 200MHz CL=3 Access Time:4.5ns 128K X 16bit X 2banks Synchronous
A 43 L 8316 AV-5
A43L8316AV-5.5 : Cycle Time:5.5ns; 183MHz CL=3 Access Time:5.0ns 128K X 16bit X 2banks Synchronou
A 43 L 8316 AV-5.5
A43L8316AV-6 : Cycle Time:6ns; 166MHz CL=3 Access Time:5.5ns 128K X 16bit X 2banks Synchronous
A 43 L 8316 AV-6
A43L8316AV-7 : Cycle Time:7ns; 143MHz CL=3 Access Time:6.0ns 128K X 16bit X 2banks Synchronous
A 43 L 8316 AV-7
A43L8316V : DRAM Sdram Sgram 4Mb X16
A 43 L 8316V
A43L8316V-10 : 10ns; 100MHz CL=3 128K X 16bit X 2banks Synchronous DRAM
A 43 L 8316 V-10
A43L8316V-7 : 7ns; 143MHz CL=3 128K X 16bit X 2banks Synchronous DRAM
A 43 L 8316 V-7
A43L8316V-8 : 8ns; 125MHz CL=3 128K X 16bit X 2banks Synchronous DRAM
A 43 L 8316 V-8
A4412 : Electroluminescent Lamp Driver ic
A 4412
A4424 : Electroluminescent Lamp Driver ic
A 4424
A445 : Display 0-20 or 24ma
A 445
A446 : Standard 10 Tap, Passive
A 446
A446-0005-XX : Standard 10 Tap, Passive
A 446-0005-XX
A446-0010-XX : Standard 10 Tap, Passive
A 446-0010-XX
A446-0020-XX : Standard 10 Tap, Passive
A 446-0020-XX
A446-0030-XX : Standard 10 Tap, Passive
A 446-0030-XX
A446-0040-XX : Standard 10 Tap, Passive
A 446-0040-XX
A446-0050-XX : Standard 10 Tap, Passive
A 446-0050-XX
A446-0060-XX : Standard 10 Tap, Passive
A 446-0060-XX
A446-0070-XX : Standard 10 Tap, Passive
A 446-0070-XX
A446-0080-XX : Standard 10 Tap, Passive
A 446-0080-XX
A446-0090-XX : Standard 10 Tap, Passive
A 446-0090-XX
A446-0100-XX : Standard 10 Tap, Passive
A 446-0100-XX
A446-0150-XX : Standard 10 Tap, Passive
A 446-0150-XX
A446-0200-XX : Standard 10 Tap, Passive
A 446-0200-XX
A446-0250-XX : Standard 10 Tap, Passive
A 446-0250-XX
A446-0300-XX : Standard 10 Tap, Passive
A 446-0300-XX
A446-0400-XX : Standard 10 Tap, Passive
A 446-0400-XX
A446-0500-XX : Standard 10 Tap, Passive
A 446-0500-XX
A447-02 : Standard 5 Tap Leading Edge Control, TTL Active
A 447-02
A447-0200-02 : Standard 5 Tap Leading Edge Control, TTL Active
A 447-0200-02
A447-0250-02 : Standard 5 Tap Leading Edge Control, TTL Active
A 447-0250-02
A447-06 : Standard 1 Tap Leading & Trailing Edge Control, TTL Active
A 447-06
A447-10 : Standard 10 Tap Leading Edge Control, TTL Active
A 447-10
A447-A1 : Standard 5 Tap Leading & Trailing Edge Control, TTL Active
A 447-A1
A447-A3 : Standard Triple Line Leading Edge Control, TTL Active
A 447-A3
A45 : 1000 to 4000 MHZ TO-8 Cascadable Amplifier
A 45
A45-1 : 1000 to 4000 MHZ TO-8 Cascadable Amplifier
A 45-1
A450-02 : High Speed 5 Tap Leading Edge Control, CMOS Active
A 450-02
A450-0200-02 : High Speed 5 Tap Leading Edge Control, CMOS Active
A 450-0200-02
A451 : General Purpose Rectifier
A 451
A452B : Crystal-sm-3.579545mhz
A 452B
A453B : Crystal-sm-3.68640mhz
A 453B
A454B : Crystal-sm-4.0mhz
A 454B
A4558 : Low Noise Dual op Amp ( The A4558 is a Monolithic Integrated Circuit Designed Fo
A 4558
A455B : Crystal-sm-4.91520mhz
A 455B
A459-02 : Ecl 10KH 5 Tap Leading Edge Control, Ecl Active
A 459-02
A45L9332A : DRAM Sdram Sgram 16Mb X32
A 45 L 9332A
A45L9332AE : DRAM Sdram Sgram 16Mb X32
A 45 L 9332 AE
A45L9332AE-6 : 6ns; 166MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AE-6
A45L9332AE-7 : 7ns; 143MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AE-7
A45L9332AE-8 : 8ns; 125MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AE-8
A45L9332AF : DRAM Sdram Sgram 16Mb X32
A 45 L 9332 AF
A45L9332AF-6 : 6ns; 166MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AF-6
A45L9332AF-7 : 7ns; 143MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AF-7
A45L9332AF-8 : 8ns; 125MHz CL=3 256K X 32bit X 2banks Synchronous Graphic RAM
A 45 L 9332 AF-8
A460B : Crystal-sm-12.0mhz
A 460B
A462B : Crystal-sm-16.0mhz
A 462B
A463-02 : Standard 5 Tap Leading Edge Control, TTL Active
A 463-02
A463-06 : Standard 1 Tap Leading Edge Control, TTL Active
A 463-06
A463-A3 : Standard Triple Line Leading Edge Control, TTL Active
A 463-A3
A46L1632E : DRAM Sdram Sgram 64Mb X32
A 46 L 1632E
A473-02 : Low Voltage 5 Tap Leading Edge Control, CMOS Active
A 473-02
A473-06 : Low Voltage 1 Tap Leading Edge Control, CMOS Active
A 473-06
A473-A3 : Low Voltage Triple Line Leading Edge Control, CMOS Active
A 473-A3
A477-02 : Low Voltage 5 Tap Leading Edge Control, CMOS Active
A 477-02
A477-0200-02 : Low Voltage 5 Tap Leading Edge Control, CMOS Active
A 477-0200-02
A477-0250-02 : Low Voltage 5 Tap Leading Edge Control, CMOS Active
A 477-0250-02
A477-06 : Low Voltage 1 Tap Leading Edge Control, CMOS Active
A 477-06
A477-10 : Low Voltage 10 Tap Leading Edge Control, CMOS Active
A 477-10
A477-A3 : Low Voltage Triple Line Leading Edge Control, CMOS Active
A 477-A3
A4812 : Zero Cross0.04-12 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4812
A4812-10 : Random0.04-12 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4812-10
A4825 : Zero Cross0.04-25 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4825
A4825-10 : Random0.04-25 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4825-10
A4850 : Zero Cross0.04-50 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4850
A4850-10 : Random0.04-50 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4850-10
A4875 : Zero Cross0.04-75 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4875
A4875-10 : Random0.04-75 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4875-10
A4890 : Zero Cross0.04-90 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4890
A4890-10 : Random0.04-90 Amps RMS80-530 Volts RMS90-280 Control - Volts RMS
A 4890-10
A48P3616V-5 : 16M X 16 Bit DDR DRAM<<<>>>The 256Mb DDR SDRAM uses a double-data-rate architect
A 48 P 3616 V-5
A48P3616V-5 : 8M X 16 Bit DDR DRAM<<<>>>The 128Mb DDR SDRAM is a high-speed CMOS, dynamic<<<>>
A 48 P 3616 V-5
A493-02 : Precise 5 Tap Leading Edge Control, TTL Active
A 493-02
A493-06 : Precise 1 Tap Leading Edge Control, TTL Active
A 493-06
A493-A3 : Precise Triple Line Leading Edge Control, TTL Active
A 493-A3
A497-02 : Precise 5 Tap Leading Edge Control, TTL Active
A 497-02
A497-0200-02 : Precise 5 Tap Leading Edge Control, TTL Active
A 497-0200-02
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