40-PIN EPROM PINOUT Search Results

27C210-120V10

Abstract: 27C210-150V10 27C210 27C210-200V10 N27C210-150V10 N27C210-200V10 P27C210-150V10 P27C210-200V10
Contextual Info: inte! 27C210 1M 64K x 16 CHMOS EPROM • JEDEC Approved EPROM Pinouts — 40-Pin DIP — 44-Pin PLCC ■ Complete Upgrade to Higher Densities ■ Versatile EPROM Features — CMOS and TTL Compatibility — Two Line Control ■ High-Performance — 120 ns ± 10% VCc

Contextual Info: in t e ! 27C210 1M 64K x 16 CHMOS EPROM • JEDEC Approved EPROM Pinouts — 40-Pin DIP — 44-Pin PLCC ■ Complete Upgrade to Higher Densities ■ Versatile EPROM Features — CMOS and TTL Compatibility — Two Line Control ■ High-Performance — 120 ns ± 10% VCc

M27C210

Contextual Info: inte M27C210 1M 64K x 16) WORD-WIDE HIGH-SPEED CMOS EPROM • JEDEC Approved EPROM Pinout — 40-Pin DIP ■ Fast Programming — Quick-Pulse Programming ■ Complete Upgrade to Higher Densities Algorithm ■ Versatile EPROM Features — CMOS and TTL Compatibility

eprom 27C240

Abstract: 27C240 27C240-170V10 27C240-200V10 4373A
Contextual Info: int ! 27C240 4M 256K x 16 CHMOS EPROM Fast Programming — Quick-Pulse Programming Algorithm — Programming Times as Fast as 30 Seconds • JEDEC Approved EPROM Pinout — 40-Pin DIP ■ Versatile EPROM Features — CMOS and TTL Compatibility — Two Line Control

Contextual Info: in t e T 27C240 4M 256K x 16 CHMOS EPROM Fast Programming — Quick-Pulse Programming Algorithm — Programming Times as Fast as 30 Seconds • JEDEC Approved EPROM Pinout — 40-Pin DIP ■ Versatile EPROM Features — CMOS and TTL Compatibility — Two Line Control

Contextual Info: Â P M ! OMF©KRÄlÄirO@M i n y 27C210 1M 64K x 16 WORD-WIDE HIGH-SPEED CMOS EPROM • JEOEC Approved EPROM Pinouts — 40-Pin DIP — 44-Pin J-Leaded Surface Mount ■ Fast Programming — Quick-Puise Programming tm Algorithm ■ Complete Upgrade to Higher Densities

27c220

Abstract: 27C210 27C220-150V10 N27C220-200V10 P27C220-200V10 27C220-200V10 29021
Contextual Info: m m w m M intel 27C220 2M 128K x 16 CHMOS EPROM Fast Programming JEDEC Approved EPROM Pinouts — 40-Pin DIP -4 4 -P in PLCC — Q uick-Pulse Program m ing Algorithm — Programming Times As Fast As 15 Seconds Surface Mount Packaging Available Complete Upgrade to Higher Densities

PIC17CXX

Abstract: DS30412A PIC17C42 PIC17C43 PIC17C44 ad6833
Contextual Info: PIC17CXX EPROM Memory Programming Specification PIN CONFIGURATIONS This document includes the programming specifications for the following devices: 40L PDIP, CERDIP WINDOW PINOUT • PIC17C42 • PIC17C43 • PIC17C44 1.0 PROGRAMMING THE PIC17CXX 40 39 38

Contextual Info: WS27C210L Military 64 K x 16 CMOS EPROM KEY FEATURES Ultra-High Performance JEDEC Standard Pin Configuration — 120 ns Access Time — 40 Pin CERDIP Package — 44 Pin Leadless Chip Carrier CLLCC — 44 Pin Leaded Chip Carrier (CLDCC) DESC SMD No. 5962-86805

Contextual Info: WS27C210L Military 64K x 16 CMOS EPROM KEY FEATURES Ultra-High Performance • JEDEC Standard Pin Configuration — 120 ns Access Time — 40 Pin CERDIP Package — 44 Pin Leadless Chip Carrier CLLCC — 44 Pin Leaded Chip Carrier (CLDCC) DESC SMD No. 5962-86805

WS27C210L-15

Contextual Info: WS27C210L Military 64K x 16 CMOS EPROM KEY FEATURES • JEDEC Standard Pin Configuration Ultra-High Performance — 40 Pin CERDIP Package — 44 Pin Leadless Chip Carrier CLLCC — 44 Pin Leaded Chip Carrier (CLDCC) — 120 ns Access Time DESC SMD No. 5962-86805

WS27C210L-15

Abstract: WS27C210L-15CMB
Contextual Info: WS27C210L Military 64K x 16 CMOS EPROM KEY FEATURES • JEDEC Standard Pin Configuration Ultra-High Performance — 120 ns Access Time — 40 Pin CERDIP Package DESC SMD No. 5962-86805 EPI Processing — 44 Pin Leadless Chip Carrier CLLCC — 44 Pin Leaded Chip Carrier (CLDCC)

Contextual Info: Am27C1024 Advanced Micro Devices 1 Megabit 65,536 X 16-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • High Speed Flashrite programming ■ Fast access time — 100 ns ■ JEDEC-approved 40-pin DIP and 44 pad LCC pinouts ±10% power supply tolerance available

27C220

Abstract: M27C210 271128
Contextual Info: INTEL CORP UP/PRPHLS !« *!, 2DE Q • I 4051=175 00Ölb75 3 ■ ¿ s iiy / m iN j iy ig u ik j ip iu j ik iu h j ä u ui^ irj M27C220 'T 4 U 3 .2 7 2M (128K x 16) WORD-W IDE HIGH-SPEED CM OS EPROM ■ JEDEC Approved EPROM Pinouts — 40-Pin DIP, Surface Mount

27C400-200V10

Abstract: M27C400 27C400-150V10 27C400 eprom
Contextual Info: Â m K l I O M F ® M Ä Y O ® M 27C400 4M 256K x 16 or 512K x 8 CHMOS EPROM • High Perform ance — 150 ns Maximum Access Tim e ■ W ord-W ide or Byte-W ide Configurable ■ 4M 40-Pin Mask ROM Com patible — 40-Pin CERDIP Package — V Cc = 5V

Contextual Info: intei 27C400 4M 256K x 16 or 512K x 8 CHMOS EPROM Word-Wide or Byte-Wide Configurable 4M 40-Pin Mask ROM Compatible — 40-Lead CERDIP Package Low Power Dissipation — 50 mA Max Active @ 5 MHz — 100 juA Max Standby • High Performance — 150 ns Maximum Access Time

Contextual Info: intei A27C256 256K 32K x 8 CHMOS EPROM Automotive Extended Automotive Temperature Range: -40°C to + 125°C CHMOS/NMOS Microcontroller and Microprocessor Compatible — Universal 28 Pin Memory Site, 2-line Control 120 ns Maximum Access Time CMOS and TTL Compatible

27C126

Abstract: intel 27C512 27C512 27C64 386TM A27C256 automotive eprom 27c12 intel 27126 290120
Contextual Info: A27C256 256K 32K x 8 CHMOS EPROM Automotive • Extended Automotive Temperature Range: -40°C to +125°C ■ ■ CHMOS/NMOS Microcontroller and Microprocessor Compatible — Universal 28 Pin Memory Site, 2-line Control ■ ■ 120 ns Maximum Access Time

Contextual Info: AMD£I FINAL Am27C1024 1 Megabit 65,536 x 16-Bit CMOS EPROM DISTINCTIVE CHARACTERISTICS • Fast access time — 55 ns m axim um access tim e ■ Low power consumption — 100 |aA typical C M O S standby current ■ JEDEC-approved pinouts — 40-Pin D IP/PDIP

27C400 eprom

Abstract: 27C400 27C400-150V10 27C400-200V10
Contextual Info: in t e ! 27C400 4M 256K X 16 or 512K x 8 CHMOS EPROM • Word-Wide or Byte-Wide Configurable ■ 4M 40-Pin Mask ROM Compatible — 40-Lead CERDIP Package ■ High Performance — 150 ns Mmimum Access Time “ VCC - SV ± 10% ■ Low Power Dissipation - 50 mA Max Active @ 5 MHz

TL 2272 RB

Contextual Info: PIC16C64 M ic r o c h ip 40-Pin EPROM-Based 8-Bit CMOS Microcontroller FEATURES PACKAGE TYPES H igh-perform ance RISC-like CPU • Only 35 single word instructions to learn • All single cycle instructions 200ns except for pro­ gram branches which are two-cycle

PIC16c74 block diagram

Abstract: PIC16C74-04/P
Contextual Info: M PIC16C74 ic r o c h ip 40-Pin EPROM-Based 8-Bit CMOS Microcontroller FEATURES PACKAGE TYPES H ig h -P e rfo rm a n c e R IS C -lik e C P U • Only 35 single word instructions to learn • All single cycle instructions 200ns except for program branches which are two-cycle

27C400 eprom

Abstract: 27C400 AU-AIS intel i5 27C400-150V10 27C400-200V10 intel 2802 D814 diagram BY524 D814
Contextual Info: 27C400 4M 256K x 16 or 512K x 8 CHMOS EPROM • . • Word-Wide or Byte-Wide Configurable ■ 4M 40-Pin Mask ROM Compatible -4 0 -L e a d CERDIP Package ■ Low Power Dissipation — 50 m A M ax A c tiv e @ 5 M H z — 100 ju.A Max Standby ■ High Performance

LM 7420

Abstract: 1f94
Contextual Info: MOSA IC S E M I C O N D U C T O R INC 40'E 3> • h B S B B ? 1! O Q O Q S b V S ^ M O C 7 PU M A 2U 1000 PUMA 2U1000-55/70/90 Issue 1.0 : October 1990 Mosaic ADVANCE PRODUCT INFORMATION Semiconductor Inc Pin Definition 1,048,576 bit CMOS High Speed UV EPROM