AM27C256 AMD Search Results

Flashrite

Abstract: am27c256 27C256-205 AM27C256 AMD 27C256-150 27C256-250 27c256-200
Contextual Info: Am27C256 32,768 X 8-Bit CMOS EPROM Am27C256 ADVANCE INFORMATION DISTINCTIVE CHARACTERISTICS • • • Fast access time — 150 ns Low-power dissipation Both interactive and newFlashrite* programming algorithms available • • • • Single 5-volt power supply

27C256-200

Abstract: 27C256-250
Contextual Info: Am27C256 OTP 32,768 x 8-Bit CMOS One-Time Programmable ROM Am27C256 OTP ADVANCE INFORMATION DISTINCTIVE CHARACTERISTICS • • • Fast access time — 200 ns Low-power dissipation Both interactive and new Fiashrite* programming algo­ rithm s available Single 5-volt power supply

eprom 27c256

Abstract: 27C256 atmel 27C256 hitachi 27C256 27c256 intel WSI Cross Reference 27c256 toshiba ti 27c256 hitachi 27c256 oki cross
Contextual Info: EPROM CROSS REFERENCE AMD WSI OKI WSI Am27C128 Am27C256 Am27H256 WS57C128FB WS57C256F WS57C256F MSM27C256 WS57C256F SANYO WSI LA7620 WS57C64F ATMEL WSI AT27HC256/L AT27HC256R/R WS57C256F WS57C256F SGS-T WSI M27128/A M27256 WS57C128FB WS57C256F CATALYST WSI

27C256 wsi

Abstract: WSI Cross Reference TMM27128
Contextual Info: EPROM CROSS REFERENCE AMD WSI OKI WSI Am27C128 Am27C256 Am27C64 Am27H256 WS57C128FB WS57C256F WS57C64F WS57C256F MSM27C256 W S57C256F SANYO WSI LA7620 WS57C64F ATMEL WSI SGS-T WSI AT27HC256/L AT27HC256R/R AT27HC64/L AT27HC64R/RL WS57C256F WS57C256F WS57C64F

MB834000

Abstract: M5M23160 MB834100 MB838000 MB832000 SGS M27C256 I27C256 KM23C1010 M27C256 M27C256 intel
Contextual Info: CROSS-REFERENCE GUIDE 1. EPROM CAPACITY CONFIGRUATION MACRONIX INTEL AMD N.S. S.G.S. 256K 32K x 8 MX27C256 i27C256 Am27C256 NM27C256 M27C256 512K 64K x 8 MX27C512 i27C512 Am27C512 NM27C512 M27C512 32K x 16 MX27C516 128K x 8 MX27C1000 i27C010 Am27C010 NM27C010

Catalyst Cross Reference

Contextual Info: EPROM CROSS REFERENCE AMD Am27C128 Am27C256 Am27C64 Am27H256 ATMEL WS/ OKI WS57C128FB WS57C256F WS57C64F WS57C256F MSM27C256 WS/ SGS-T SANYO LA7620 AT27HC256/L AT27HC256R/R AT27HC64/L AT27HC64R/RL WS57C256F WS57C256F WS57C64F WS57C64F M27128/A M27256 TS27C64A

oki m27256

Abstract: 27C256 TMS27C128
Contextual Info: EPROM CROSS REFERENCE AMD WSI OKI WSI Am27C128 Am27C256 Am27C64 Am27H256 WS57C128FB WS57C256F WS57C64F WS57C256F MSM27C256 WS57C256F SANYO WSI LA7620 WS57C64F ATMEL WSI SGS-T WSI AT27HC256/L AT27HC256R/R AT27HC64/L AT27HC64R/RL WS57C256F WS57C256F WS57C64F

AM27C256-205

Abstract: Am27C258 27C256-250 Am27c256-155 AM27C256DC AM27C256 AMD 27C256 255
Contextual Info: Am27C256 32,768 X Advanced Micro Devices 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS Fast access time — 55 ns Low power consumption: - 100 maximum standby current Programming voltage: 12.5 V Single +5-V power supply • • • • JEDEC-approved pinout

TMS27256

Abstract: M27512FI TC571000D-15 et2732 TC571001D-15 4827128 27c1001a Toshiba TC571000D-20 28C256 27c32
Contextual Info: Device List by Manufacturer . 2716 2716BDC 2732 2732A 2764 Am27C64 Am2864AE Am2864BE 27128 Am27C128 27256 Am27C256 Am27H256 Am27C512 Am27C512L Am27C010 Am27H010 Am27LV010 Am27LV010B Am27C020 Am27LV020 Am27LV020B Am27C040 Am27C080 AT28C04 AT28C16 AT28C17 AT28HC16 AT28HC16L AT27HC64

Contextual Info: n AMENDMENT Advanced Micro Devices CMOS Memory Products 1991 Data Book Handbook Publication: Am27C256 PID# 08007F/1 Page 2-40 Amend this data sheet to add information on the TSOP package that is now available for this product. CONNECTION DIAGRAM TSOP Packages

Contextual Info: a Am27H256 Advanced Micro Devices 32,768 X 8-Bit High Speed CMOS EPROM DISTINCTIVE CHARACTERISTICS • Industry's fastest ■ Versions available in industrial and military temperature ranges -35ns 256K-bit CMOS EPROM ■ Pin compatible with Am27C256 ■ High speed Fiashrite programming

KS000010

Contextual Info: c cl Advanced Micro Devices Am27C256 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time — 55 ns ■ Low power consumption — 20 nA typical CMOS standby current ■ JEDEC-approved pinout ■ Single +5 V power supply

atmel 24c16a

Abstract: ST93C86 EPROM AMD D87C257 atmel 93c66A ATMEL 24c64 39SF512 D27128 NEC P87LPC7648 GAL16AS
Contextual Info: GALEP-III Device List 2000-01-31 valid for version 1.17 page 1 of 1 D:\btl117.doc EPROM AMD AM27C010 AM27C020 AM27C040 AM27C080 AM27C1024 AM27C128 AM27C2048 AM27C256 AM27C4096 AM27C512 AM27C64 ATMEL AT27C/LV/BV010 AT27C/LV/BV020 AT27C/LV/BV040 AT27C/LV/BV256

AM27C256

Abstract: AM27C256-55 AM27C256-70 AMD 27C256 255
Contextual Info: ADV MI CRO ME MOR Y 3 ÖE 0 • Ü5S7S2Ö ODSTMSÖ 0 ■ AMD4 '- * 4 6 - 1 2 - 2 ? Advanced Micro Devices Am27C256 32,768 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS ■ ■ ■ ■ Fast access tlme-S5 ns Low power consumption: -100 nA maximum standby current

1SHB

Abstract: 27C256 AMD 27C256 27C256 amd
Contextual Info: Advanced Micro Devices Am27C256 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to ■ Fast access time Vcc + 1 V — 55 ns ■ High noise immunity ■ Low power consumption ■ Versatile features for simple interfacing

am27c256

Abstract: AM27C256-255DC
Contextual Info: Advanced Micro Devices Am27C256 32,768 X 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time-55 ns JEDEC-approved pinout ■ Low power consumption : -100 |iA maximum standby current Programming voltage: 12.75 V Single +5 -V power supply ±10% power supply tolerance

CDV028

Abstract: CERAMIC LEADLESS CHIP CARRIER LCC 32 socket AM27 AM27H256
Contextual Info: DEC i O 1990 Advance Information a Am27H256 Advanced Micro Devices 32,768 X 8-Bit High Speed CMOS EPROM DISTINCTIVE CHARACTERISTICS l Versions available in industrial and military temperature ranges • Industry's fastest -35ns 256K-bit CMOS EPROM ■ Pin compatible with Am27C256

AM270256

Abstract: AM27C256 AM27C256-55 IN30B4
Contextual Info: ADV MI CRO MEMORY •4ÖE » OSS7SSÔ DÜ3034E ö • AMD4 T—46—73-29 Advanced Micro Devices Am27C256 32,768 x 8-Blt CMOS EPROM DISTINCTIVE CHARACTERISTICS ■ Fast access tim e-55 ns ■ Low power consum ption: -100 fiA maximum standby current Programming voltage: 12.75 V

Contextual Info: a Am27C256 Advanced Micro Devices 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to Vcc + 1 V ■ Fast access time — 55 ns ■ Low power consumption ■ High noise immunity ■ Versatile features for simple interfacing

AM27C256

Abstract: AM27C256 AMD AM27C256-120 AM27C256-55 AM27C256-70 AM27C256-90
Contextual Info: FINAL Advanced Micro Devices Am27C256 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time ■ Latch-up protected to 100 mA from –1 V to VCC + 1 V — 55 ns ■ High noise immunity ■ Low power consumption — 20 µA typical CMOS standby current

AMD 27C256 255

Abstract: EPROM am27c256 120 AM27C256 AMD 27C256
Contextual Info: Advanced Micro Devices Am27C256 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Latch-up protected to 100 mA from -1 V to Vcc + 1 V ■ Fast access time — 55 ns ■ High noise immunity ■ Low power consumption — 20 jiA typical CM OS standby current

AM27C256

Abstract: 20cl3 AM27C256-55
Contextual Info: FINAL a Advanced Micro Devices Am27C256 256 Kilobit 32,768 x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time — 55 ns ■ Low power consumption — 20 nA typical CMOS standby current ■ JEDEC-approved pinout ■ Single +5 V power supply

amd am2 socket pin diagram

Abstract: AMD socket AM2 pinout AM2 pinout Socket F AMD am2 socket pinout VOLTAGE am27c256 am2 socket pin diagram AMD am2 socket pinout CDV028
Contextual Info: A MD a Am27C256 256 Kilobit 32 K x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time — Speed options as fast as 45 ns ■ Low power consumption — 20 pA typical CMOS standby current ■ Latch-up protected to 100 mA from -1 V to Vcc +1 V

AM27C256 AMD

Abstract: AM27C256 AM27C256-120 AM27C256-55 AM27C256-70 AM27C256-90
Contextual Info: FINAL Am27C256 256 Kilobit 32 K x 8-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time ■ Latch-up protected to 100 mA from –1 V to VCC + 1 V — Speed options as fast as 45 ns ■ High noise immunity ■ Low power consumption ■ Versatile features for simple interfacing