WF000555 Search Results

Contextual Info: Am27C64 8,192 X 8-Bit CMOS EPROM > 3 DISTINCTIVE CHARACTERISTICS • • • • • • • Fast a ccess lim e — 55 ns Low pow er consum ption: - 100 juA maxim um standby current Program m ing voltage: 12.5 V Single + 5 -V pow er supply • M -J JED EC-approved pinout

WF009504

Contextual Info: DV MICRO I 14E MEMORY D I 0557520 DG57425 5 $ Advanced Micro Devices Am27C1024 1 Megabit 65,536 x 16-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • • • ’• • • • • First EPROM offering 16 inputs and outputs Fast access time — 100 ns Low power consumption:

AM27C64

Contextual Info: AOV MI CR O MEMORY IM E D Q 0ES7S26 O O S V a 1! ? i l T-Hb-i%-Z°[ A m 2 7 C 6 4 “ 8,192 x 8-Bit CMOS EPROM £ Devices D IS T IN C T IV E C H A R A C T E R IS T IC S JEDEC-approved pinout ± 10% power supply tolerance available One-Time Programmable OTP Flashrite program ­

Contextual Info: Am27C128 16,384 X 8-Bit CMOS EPROM > 3 DISTINCTIVE CHARACTERISTICS fo •vl JEDEC-approved pinout ± 10 % power supply tolerance available One-Time Programmable OTP Flashrite program­ ming Latch-up protected to 100 mA from -1 V to V cc + 1 V Fast access time — 55 ns

am27c64

Abstract: AM27C64-250 st m27c64 AM27C64-205
Contextual Info: Prelim inary Am27C64 Advanced M icro 8,192 x 8-Bit C M O S EPRO M Devices DISTINCTIVE CHARACTERISTICS • • • • Fast access time — 55 ns Low power consumption: - 100 nA maximum standby current Programming voltage: 12.5 V Single + 5-V power supply • JEDEC-approved pinout

Am27C1024

Contextual Info: 27 1024 Am C 1 Megabit 65,536 x 16-Bit CMOS EPROM ««¡¡gj Devicss DISTINCTIVE CHARACTERISTICS • • • • • • • • First EPROM offering 16 inputs and outputs Fast access time — 100 ns Low power consumption: - 2 0 0 itA maximum standby current

AM27C126-125

Abstract: am27c128
Contextual Info: Am27C128 16,384 X Adva c^ 8-Bit CMOS EPROM Devices DISTINCTIVE CHARACTERISTICS Fast access time — 55 ns Low power consumption: - 1 0 0 fiA maximum standby current Programming voltage: 12.5 V Single + 5 -V power supply • JEDEC-approved pinout • ±10% power supply tolerance available