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    27C256 EQUIVALENT Search Results

    27C256 EQUIVALENT Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TMP89FS60BFG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP64-1414-0.80-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS63BUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP52-1010-0.65-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS62BUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP44-1010-0.80-003 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS60BUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP64-1010-0.50-003 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FM82DUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP48-P-0707-0.50D Visit Toshiba Electronic Devices & Storage Corporation

    27C256 EQUIVALENT Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    Untitled

    Abstract: No abstract text available
    Text: PA32-28-3TS Data Sheet 32 pin TSOP socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction The PA32-28-3TS adapter converts the pinout of a 32 pin TSOP device to its 28 pin DIP equivalent. It accepts the TSOP device and plugs into a DIP socket. The AMD 27C256, and others


    Original     		PA32-28-3TS socket/28 27C256, PA32-28-3TS 27C256 32283TS PDF

    Untitled

    Abstract: No abstract text available
    Text: PA28TSOP3 Data Sheet 28 pin TSOP socket/28 pin DIP 0.6” plug Supported Device/Footprints Adapter Construction The PA28TSOP3 adapter converts the pinout of a 28 pin TSOP device to its 28 pin DIP equivalent. It accepts the TSOP device and plugs into a DIP socket. Several Flash EEPROM memories


    Original     		PA28TSOP3 socket/28 27C256 27C512 28C16 28C64 Adapte20 PDF

    27C256-200

    Abstract: CY27C256 27C256 27C256-45 27C256-70 27C256-150 27c256 cypress 27C256200 eprom 27c256 28 PIN DIP 150 NS
    Text: CY27C256 32K x 8ĆBit CMOS EPROM into a lowĆpower standĆby mode. The and low current requirements allow for CY27C256 is packaged in the industry gang programming. The EPROM cells alĆ standard 600Ćmil DIP, PLCC, and TSOP low each memory location to be tested


    Original     		CY27C256 CY27C256 600mil 27C256-200 27C256 27C256-45 27C256-70 27C256-150 27c256 cypress 27C256200 eprom 27c256 28 PIN DIP 150 NS PDF

    CY27C256

    Abstract: 27C256-70 27C256 27C256-200 27C256-45 27C256 UV 27C256-150 27c256120
    Text: fax id: 3013 1CY 27C2 56 CY27C256 32K x 8-Bit CMOS EPROM Features able in a CerDIP package equipped with an erasure window to provide for reprogrammability. When exposed to UV light, the EPROM is erased and can be reprogrammed. The memory cells utilize proven EPROM floating gate technology and


    Original     		CY27C256 CY27C256 27C256-70 27C256 27C256-200 27C256-45 27C256 UV 27C256-150 27c256120 PDF

    EPROM retention

    Abstract: EPROM retention bake eprom 24c04 sugar centrifuge 24LC65 27C256 28C64A PIC16C54 PIC16C54A PIC16C55
    Text: Product Reliability OVERVIEW Microchip Technology Inc.'s products provide competitive leadership in quality and reliability, with demonstrated performance of less than 100 FITs Failures in Time operating life for most products. The designed-in reliability of Microchip's products are supported by


    Original     		DS11008I-page EPROM retention EPROM retention bake eprom 24c04 sugar centrifuge 24LC65 27C256 28C64A PIC16C54 PIC16C54A PIC16C55 PDF

    24lc56

    Abstract: LA 7670 block diagram of electric cooker EEPROM retention testing eprom 24c04 royal fuse curves PIC16C54 PIC16C55 PIC16C56 PIC16C57
    Text: 1995 Reliability Report Published 9/96 INTRODUCTION RELIABILITY CONTROL SYSTEM By adhering to this guiding value, Microchip Technology Inc. has achieved competitive leadership in quality and reliability for its products. Demonstrated performance levels of less than 100 Failures in Time (FITS) for most


    Original     		DS00097D-page 24lc56 LA 7670 block diagram of electric cooker EEPROM retention testing eprom 24c04 royal fuse curves PIC16C54 PIC16C55 PIC16C56 PIC16C57 PDF

    24lc56

    Abstract: No abstract text available
    Text: 1995 Reliability Report Published 9/96 INTRODUCTION RELIABILITY CONTROL SYSTEM By adhering to this guiding value, Microchip Technology Inc. has achieved competitive leadership in quality and reliability for its products. Demonstrated performance levels of less than 100 Failures in Time (FITS) for most


    Original     		PDF

    Untitled

    Abstract: No abstract text available
    Text: M 1996 Annual Reliability Report compiled 7/97 INTRODUCTION RELIABILITY CONTROL SYSTEM “Quality Comes First” By adhering to this guiding value, Microchip Technology Inc. has achieved competitive leadership in quality and reliability for its products. Demonstrated performance


    Original     		DS00097E-page PDF

    PIC16C71 equivalent

    Abstract: eprom 66b report on PLCC
    Text: M 1996 Annual Reliability Report compiled 7/97 INTRODUCTION RELIABILITY CONTROL SYSTEM “Quality Comes First” By adhering to this guiding value, Microchip Technology Inc. has achieved competitive leadership in quality and reliability for its products. Demonstrated performance


    Original     		PDF

    27C256

    Abstract: 74HC139 74HC374 74HC541 Z89175 EPROM 27C256 interface hardware
    Text: APPLICATION NOTE 1 ZILOG Z8 I/O EXPANDER MODULE 1 THIS APPLICATION NOTE DESCRIBES HOW ROMLESS MODE MAY BE USED WITHOUT SACRIFICING THE NORMAL I/O FUNCTION OF PORT0 AND PORT1, AND WITHOUT ADDING ADDITIONAL HARDWARE COMPLICATIONS TO THE TARGET APPLICATION. INTRODUCTION


    Original     		Z89175 AP96Z8X0800 27C256 74HC139 74HC374 74HC541 EPROM 27C256 interface hardware PDF

    AD475

    Abstract: 16V8Q 22V10 ATMEL PIC16C782 16v8z pic16f876a Equivalent AD347 AD486 xicor 28C64 82S123 programming
    Text: PRODUCT DATA SHEET AD67 479-871 and AD347 / AD475 and AD486 Package Converters for 300 mil body 28 pin SOIC / SOP devices (and smaller parts) with one-to-one wiring Product Code Pins on skt Pins on Base Wiring Code Package Base pitch" AD67 28 28 01 S .6


    Original     		AD347 AD475 AD486 AD347 AD475 16V8Q 22V10 ATMEL PIC16C782 16v8z pic16f876a Equivalent AD486 xicor 28C64 82S123 programming PDF

    74HC374

    Abstract: 27C256 74HC139 74HC541 Z89175 EPROM 27C256 interface hardware ZILOG Z8
    Text: APPLICATION NOTE 1 ZILOG Z8 MCU I/O EXPANDER MODULE ROMLESS MODE CAN BE USED WITHOUT SACRIFICING THE NORMAL I/O FUNCTION OF PORT0 AND PORT1, AND WITHOUT ADDING ADDITIONAL HARDWARE COMPLICATIONS TO THE TARGET APPLICATION. INTRODUCTION The Zilog Z8® MCU family of devices supports a ROMless


    Original     		AN007301-0301 74HC374 27C256 74HC139 74HC541 Z89175 EPROM 27C256 interface hardware ZILOG Z8 PDF

    sgs M2764

    Abstract: intel EPROM 27128 27128 nec NEC 2764 EPROM HY2764 27128 equivalent INTEL 2764 EPROM 27C256 2764 equivalent 2764 8k EPROM
    Text: SEEQ TECHNOLOGY EPROM ALTERNATE SOURCE Alternate Manufacturer AMD AMD AMD AMD AMD AMD ATMEL FUJITSU FUJITSU FUJITSU GE/RCA HITACHI HITACHI HYUNDAI INTEL INTEL INTEL INTEL INTEL INTEL INTEL INTEL NATIONAL NATIONAL NEC NEC NEC NEC OKI OKI PANATECH SGS SGS SIGNETICS


    OCR Scan     		AM27128 AM27128A AM2764 AM2764A AT27C256 MBM27128 MBM2764 MBM27C256 CMD27C256 HN27128A sgs M2764 intel EPROM 27128 27128 nec NEC 2764 EPROM HY2764 27128 equivalent INTEL 2764 EPROM 27C256 2764 equivalent 2764 8k EPROM PDF

    27C256-200

    Abstract: 27C256 27C256-2 27C256-45 27C256-70 CY27C256 27C256-55 CY27C256T-70WMB 27C256 UV 27c256120
    Text: CY27C256 V CYPRESS Features • W ide speed range — 45 ns to 200 ns com m ercial and m ilitary • Low power — 248 raW (commercial) — 303 mW (m ilitary) • Low standby power — Less th a n 83 raW when deselected • ± 10% Power supply tolerance


    OCR Scan     		CY27C256 768-word 600-mil 28-Lead 300-Mil) CY27C256Tâ 27C256-200 27C256 27C256-2 27C256-45 27C256-70 27C256-55 CY27C256T-70WMB 27C256 UV 27c256120 PDF

    Untitled

    Abstract: No abstract text available
    Text: CY27C256 y CYPRESS 32K x 8-Bit CMOS EPROM into a low-power stand-by mode. The CY27C256 is packaged in the industry standard 600-mil DIP, PLCC, and TSO P packages. T he CY27C256 is also available in a C erD IP package equipped with an erasure window to provide for reprogram ­


    OCR Scan     		CY27C256 CY27C256 600-mil CY27C256Tâ 28-Lead 300-MU) 27C256Tâ 28-Thin PDF

    m27c256

    Abstract: seeq 27c256 M27C256-20
    Text: M27C256/E27C256 256K CMOS EPROM Technology, Incorporated November 1989 Pin Configuration Features • 256K 32K x 8 CMOS EPROM LEADLESS CHIP CARRIER BOTTOM VIEW DUAL-IN-LINE ■ Military and Extended Temperature Range • -5 5 °C to +125°C: M27C256 • -40°C to +85°C: E27C256


    OCR Scan     		M27C256/E27C256 M27C256 E27C256 27C256 MD400013/B m27c256 seeq 27c256 M27C256-20 PDF

    27C256

    Abstract: 27C256-45 CY27C256 27c256-200 27C256-150
    Text: 32K X 8-Bit CMOS EPROM Features • Wide speed range — 45 ns to 200 ns commercial and m ilitary • Low power — 248 mW (commercial) — 303 mW (military) • Low standby power — Less th a n 83 mW when deselected • ± 10% Power supply tolerance Functional Description


    OCR Scan     		CY27C256 768-word 600-miI CY27C256Tâ 28-Lead 300-Mil) 27C256 27C256-45 27c256-200 27C256-150 PDF

    M27C256-20

    Abstract: E27C256-20 BU 6124 FS M27C256a M27C256 E27C256-25
    Text: eeeo M27C256Æ27C256 256K CMOS EPROM November 1989 Pin Configuration Features 256K 32K x 8 CMOS EPROM • Military and Extended Temperature Range • S S ° C to +125° C: M27C256 • -4 0 ° C to +85° C: E27C256 ■ v pp I Au I *13 A. c Programmed Using Intelligent Algorithm


    OCR Scan     		M27C256 27C256 M27C256 E27C256 MD400013/B M27C256-20 E27C256-20 BU 6124 FS M27C256a E27C256-25 PDF

    M27C256

    Abstract: M27C256-20 US M27C256 E27C256-30 e27c256 27c256 eprom 27C256 E27C256-20 E27C256-25 m27c256-2
    Text: M27C256/E27C256 256K CMOS EPROM Technology, Incorporated November 1989 Pin Configuration Features • 256K 32K x 8 CMOS EPROM LEADLESS CHIP CARRIER BOTTOM VIEW DUAL-IN-LINE ■ Military and Extended Temperature Range • -55°C to +125°C: M27C2S6 • -40° C to +85° C: E27C256


    OCR Scan     		M27C256/E27C256 M27C256 E27C256 1501jlA 27C256 MD400013/B M27C256 M27C256-20 US M27C256 E27C256-30 e27c256 27c256 eprom E27C256-20 E27C256-25 m27c256-2 PDF

    Untitled

    Abstract: No abstract text available
    Text: eeeQ M27C256/E27C256 256K CMOS EPROM November 1989 Pin Configuration Features m 256K 32K x 8 CMOS EPROM DUAL-IN-LINE • Military and Extended Temperature Range 1 28 b vCc A12 L 2 27 b A14 v pp • -55°C to +125°C: M27C2S6 • -4 0 °C to +85°C: E27C256


    OCR Scan     		M27C256/E27C256 M27C2S6 E27C256 27C2S6 400013/B PDF

    MB831000

    Abstract: 831000-15 831000 MB831000-15 MB831000-20 27128 eprom ic rom 27128 IC 27128 27128 ROM 27128 memory
    Text: CMOS 1M-BIT MASK-PROGRAMMABLE READ ONLY MEMORY MB831000-15 MB831000-20 N ovem ber 1987 E d itio n 2 .0 2 1M-BIT 131,072 x 8 CMOS READ ONLY MEMORY The Fujitsu MB 831000 is a CMOS Si*gate mask-programmable static read only memory organized as 131,072 words by 8 bits.


    OCR Scan     		MB831000-15 MB831000-20 B831000-20 28-LEAD DIP-28P-M02) MB831000 831000-15 831000 MB831000-20 27128 eprom ic rom 27128 IC 27128 27128 ROM 27128 memory PDF

    Untitled

    Abstract: No abstract text available
    Text: M 2 7 C 2 5 6 /E 2 7C 2 5 6 256 K CMOS EPROM March 1987 Features Description • 2 5 6 K 32K x S C M O S EPROM SEEQ's27C256 is the industry’s firs t 256KCMOS EPROM. lth a s a 3 2 K x 8 organization and has very low pow er dissipation. Its active current is less


    OCR Scan     		s27C256 256KCMOS MD400013/- 27C256 PDF

    60c31

    Abstract: 74HC74 74HCT-Logic 80C31HB 27C2M EPROM 27C256 interface hardware 74HC cmos family spec
    Text: CHAPTER 7 80C51 Family Designing with the 80C51BH CMOS EVOLVES The original CMOS logic families were the 4000-series and the 74C-series circuits. The 74C-series circuits are functional equivalents to the correspondingly numbered 74-series TTL circuits, but have CMOS logic levels and


    OCR Scan     		80C51 80C51BH 4000-series 74C-series 74-series 60c31 74HC74 74HCT-Logic 80C31HB 27C2M EPROM 27C256 interface hardware 74HC cmos family spec PDF

    MSM6376

    Abstract: 20 pin connector 27010 eprom intel 27010 eprom EPROM 27c010 OKI SEMICONDUCTOR FC20A2MS
    Text: O K I Semiconductor MSM6376 MSM6376 Demonstration Board Board Outline 5 V Power GND J' source 1 O 5V O GND OFF ROM1 ON ROM2 ROM3 ROM4 y Switching ot ROM capacity Power switch ©B Switching of BUSY or NAR MSM 6376 © © © -© \ 20-pin connector, FC20A2MS by


    OCR Scan     		MSM6376 MSM6376 20-pin FC20A2MS 27C256 27C010 20 pin connector 27010 eprom intel 27010 eprom EPROM 27c010 OKI SEMICONDUCTOR PDF