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    9016

    Abstract: EDI7F34IMC EDI7F34IMC-BNC LH28F800SU CG35
    Text: EDI7F34IMC 1Megx32 1Megx32 Flash Module The EDI7F34IMC and EDI7F2341MC are organized as one and two banks of 1 Meg x 32 respectively. The modules are based on Sharp's LH28F800SU - 1Megx8 Flash device in TSOP packages which are mounted on an FR4 substrate.


    Original     		PDF EDI7F34IMC 1Megx32 1Megx32 EDI7F34IMC EDI7F2341MC LH28F800SU EDI7F34IMC-BNC 150ns 9016 EDI7F34IMC-BNC CG35

    AM29LV008T

    Abstract: EDI7F2331MV
    Text: EDI7F33IMV 1Megx32 PRELIMINARY 1Megx32 Flash Module The EDI7F33IMV and EDI7F2331MV are organized as one and two banks of 1 meg x 32 respectively. The modules are based on AMDs AM29LV008T - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.


    Original     		PDF EDI7F33IMV 1Megx32 1Megx32 EDI7F33IMV EDI7F2331MV AM29LV008T EDI7F33IMV-BNC A0-A19 120ns AM29LV008T

    AM29F080

    Abstract: 9019 EDI7F33IMC EDI7F33IMC-BNC
    Text: EDI7F33IMC 1Megx32 1Megx32 Flash Module The EDI7F33IMC and EDI7F2331MC are organized as one and two banks of 1 meg x 32 respectively. The modules are based on AMDs AM29F080 - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate. Block Diagrams


    Original     		PDF EDI7F33IMC 1Megx32 1Megx32 EDI7F33IMC EDI7F2331MC AM29F080 EDI7F33IMC-BNC 150ns AM29F080 9019 EDI7F33IMC-BNC

    E28F00SA

    Abstract: E28F008SA
    Text: EDI7F34IMZ 1Megx32 1Megx32 Flash Module The EDI7F34IMZ and EDI7F2341MZ are organized as one and two banks of 1 Meg x 32 respectively. The modules are based on Intel's E28F008SA - 1Megx8 Flash device in TSOP packages which are mounted on an FR4 substrate. Both modules offer access times between 90 and


    Original     		PDF EDI7F34IMZ 1Megx32 1Megx32 EDI7F34IMZ EDI7F2341MZ E28F008SA 150ns EDI7F34IMZ-BNC A0-A19 E28F00SA E28F008SA

    AM29LV008T

    Abstract: SIMM 80 jedec
    Text: EDI7F433IMV 1Megx32 PRELIMINARY 1Megx32 Flash Module The EDI7F433IMV is organized as four banks of 1 meg x 32. The module is based on AMDs AM29LV008T - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate. The module offers access times between 100 and


    Original     		PDF EDI7F433IMV 4x1Megx32 4X1Megx32 EDI7F433IMV AM29LV008T 120ns 100ns 16Kbyte, 32Kbyte SIMM 80 jedec

    Untitled

    Abstract: No abstract text available
    Text: ^EDI EDI7F34IM C 1Megx32 ELECTRONIC DESIGNS INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMC and EDI7F2341MC are orga­ nized as one and two banks of 1 Meg x 32 respec­ EDI7F34IMC-BNC tively. T h e m odules are based on S harp's 1Megx32 80pin SIMM LH28F800SU - 1Megx8 Flash device in TSOP


    OCR Scan     		PDF EDI7F34IM 1Megx32 1Megx32 EDI7F34IMC EDI7F2341MC EDI7F34IMC-BNC 80pin LH28F800SU 150ns

    Untitled

    Abstract: No abstract text available
    Text: WDI E D I7 F 3 3 IM C 32Megabit CMOS ELECTRONIC 0E9GNS INC. 5.0 Volt-only Sector Erase Flash Memory Module 1Megx32 Flash Module Features 5.0 Volt ±10% for read and write operations The EDI7F33IMC is an 32Mbit 5.0 volt-only Flash memory organized as a 1Megx32. The memory is divided into 16


    OCR Scan     		PDF 32Megabit 1Megx32 EDI7F33IMC 32Mbit 1Megx32. 100ns 01581USA 0G0S57Ã

    Untitled

    Abstract: No abstract text available
    Text: ^E D I EDI9F321024C E lectronic D *ig m I n c . High Speed 32 Megabit SRAM Module 1Megx32 CMOS Static RAM Module Features The EDI9F321024C CMOS Static RAM Module is orga­ nized as 1Meg x 32 bits. The module is constructed from 32128Kx8 Static RAMs in SOJ packages surface mounted onto a multi-layered


    OCR Scan     		PDF EDI9F321024C 1Megx32 EDI9F321024C 32128Kx8 I9F321024C FCT244 EDI9F321024C35MCC EDI9F321024C45MCC

    RASH

    Abstract: EDI7F33IMC EDI7F33IMC100BNC EDI7F33IMC120BNC EDI7F33IMC150BNC
    Text: E D I7F33IM C W D I 32Megabit CMOS ELECTRONIC 0E9GNS INC. 5.0 Volt-only Sector Erase Flash Memory Module 1Megx32 Flash Module Features 5.0 Volt ±10% for read and write operations The EDI7F33IMC is an 32Mbit 5.0 volt-only Flash memory organized as a 1Megx32. The memory is divided into 16


    OCR Scan     		PDF 64Kbytes 01581USA 0G0S57fl ED17F33Ã RASH EDI7F33IMC EDI7F33IMC100BNC EDI7F33IMC120BNC EDI7F33IMC150BNC

    Untitled

    Abstract: No abstract text available
    Text: ^EDI E D I7F34IM V 1Megx32 ELECTRONIC DESIGNS, INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMV and EDI7F2341MV are orga­ nized as one and two banks of 1 Meg x 32 respec­ EDI7F34IMV-BNC 1Megx32 80 pin SIMM tively. The modules are based on Intel's 28F008B3


    OCR Scan     		PDF I7F34IM 1Megx32 1Megx32 EDI7F34IMV EDI7F2341MV EDI7F34IMV-BNC 28F008B3 150ns 28F008B3

    Untitled

    Abstract: No abstract text available
    Text: W DI EDI7F34IMV m gx32 ELECTRONIC DESIGN&INC 1Megx32 Flash Module The EDI7F34IMV and EDI7F2341MV are orga­ nized as one and two banks of 1 Meg x 32 respec­ tively. The modules are based on Intel's 28F008B3 - 1Megx8 Flash device in TSO P packages which Block Diagrams


    OCR Scan     		PDF EDI7F34IMV 1Megx32 EDI7F34IMV EDI7F2341MV 28F008B3 150ns 7F34JMV-BNC 1Megx3280pinSIMM 120ns

    GX32

    Abstract: No abstract text available
    Text: ^EDI EDI7F33IMC m gx32 ELECTRONIC L 6iJ&W5. INC 1Megx32 Flash Module Block Diagrams The EDI7F33IMC and EDI7F2331MC are orga­ nized as m e and two banks of 1 meg x 32 respec­ tively, The modules are based on AMDs AM29F08Q EDI7F33IMGBNC -1 Megx 8 Flash devicein TSOP packages which are


    OCR Scan     		PDF 1Megx32 EDI7F33IMGBNC EDI7F33IMC EDI7F33IMC EDI7F2331MC AM29F08Q 150ns 1Mcgx3280pr AM29F080 EDI7F233IMC90BNC GX32

    Untitled

    Abstract: No abstract text available
    Text: WDI ED I7F33IM V 1Megx32 ELECTRONIC DESIGNS, INC PRELIMINARY 1Megx32 Flash Module Block Diagrams The EDI7F33IMV and EDI7F2331MV are orga­ nized as one and two banks of 1 meg x 32 respec­ tively. Themodulesarebasedon AMDsAM29LV008T EDI7F33MVSNC -1Meg x 8 FIash device in TSO P packag es which are


    OCR Scan     		PDF 1Megx32 EDI7F33IMV EDI7F2331MV AMDsAM29LV008T 120ns I7F33IM 1Megx32 EDI7F33MVSNC 1Megx3280pinSIMM -AM29LV008T

    Untitled

    Abstract: No abstract text available
    Text: ^EDI EDI9F321024C E IK T O O N C M SGNSL NC.I '1Megx32 SRAM Module 1 Meg x32 CMOS Static RAM Module Features The EDI9F321024C CMOS Static RAM Module is orga­ 1M egx32 bits CMOS Static nized as 1Meg x 32 bits. Random Access Memory Module The module is constructed from 3 2 128Kx8 Static RAMs in


    OCR Scan     		PDF EDI9F321024C 1Megx32 EDI9F321024C egx32 128Kx8 EDI9F321024C35MCC EDI9F321024C45MCC 01581USA EDSF321024C

    Untitled

    Abstract: No abstract text available
    Text: WDI EDI7F34IMC m gx32 ELECTRONICDEüJÔNK,INC. 1Megx32 Flash Module TTie EDI7F34IMC and EDI7F2341MC are orga­ nized as m e and tw obanksofl Meg x 32 respec­ EDI7F34MC-BNC 1MEgx3280pinSKSM tively. The modules are based on Sharp's LH28F800SU - 1Megx8 Flash device in TSOP


    OCR Scan     		PDF 1Megx32 EDI7F34MC-BNC 1MEgx3280pinSKSM EDI7F34IMC EDI7F34IMC EDI7F2341MC LH28F800SU 150ns 2341MC80BN

    Untitled

    Abstract: No abstract text available
    Text: ^EDI EDI7F34IMZ 1Megx32 ELECTRONIC DESIGNS, INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMZ and EDI7F2341MZ are orga­ nized as one and two banks of 1 Meg x 32 respec­ tively. The modules are based on Intel's E28F008SA - 1Megx8 Flash device in TSOP packages which


    OCR Scan     		PDF EDI7F34IMZ 1Megx32 1Megx32 EDI7F34IMZ EDI7F2341MZ E28F008SA EDI7F34IMZ-BNC 80pin 150ns

    Untitled

    Abstract: No abstract text available
    Text: ^EDI EDI7F34IM C 1Megx32 ELECTRONIC DESIGNS INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMC and EDI7F2341MC are orga­ nized as one and two banks of 1 Meg x 32 respec­ EDI7F34IMC-BNC tively. T h e m odules are based on S harp's 1Megx32 80pin SIMM LH28F800SU - 1Megx8 Flash device in TSOP


    OCR Scan     		PDF EDI7F34IM 1Megx32 1Megx32 EDI7F34IMC EDI7F2341MC EDI7F34IMC-BNC 80pin LH28F800SU 150ns

    e435

    Abstract: 75D03 ce738 a1625
    Text: ^EDI EDI9F321024C E IK T O O N C M SGNSL NC.I '1Megx32 SRAM Module 1 Meg x32 CMOS Static RAM Module Features 1Megx32 bits CMOS Static Random Access Memory Module • Fast Access Times: 35, and 45ns • Output Enable Function • Inputs and Outputs Directly TTL Compatible


    OCR Scan     		PDF EDI9F321024C Megx32 1Megx32 EDI9F321024C 32128Kx8 EDI9F321024C35MCC EDI9F321024C45MCC D0023DS 01581USA e435 75D03 ce738 a1625

    d023

    Abstract: AM29LV008T EDI7F2331MV
    Text: ^EDI E D I7F33IM V 1Megx32 ELECTRONIC DESIGNS, INC. PRELIMINARY 1Megx32 Flash Module Block Diagrams The EDI7F33IMV and EDI7F2331MV are orga­ nized as one and two banks of 1 meg x 32 respec­ tively. The mod ules are based on AMDs AM29LV008T -1 Meg x 8 Flash device in TSOP packages which are


    OCR Scan     		PDF EDI7F33IMV 1Megx32 1Megx32 EDI7F33IMV EDI7F2331MV AM29LV008T 120ns 100ns 16Kbyte, d023

    28F008B3

    Abstract: 80pin simm
    Text: ^EDI EDI7F34IMV 1Megx32 ELECTRONIC DESIGNS, INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMV and EDI7F2341MV are orga­ nized as one and two banks of 1 Meg x 32 respec­ tively. The modules are based on Intel's 28F008B3 -1 Megx8 Flash device in TSOP packages which


    OCR Scan     		PDF EDI7F34IMV 1Megx32 1Megx32 EDI7F34IMV EDI7F2341MV 28F008B3 150ns -120ns EDI7F34IMV120BNC 80pin simm

    Untitled

    Abstract: No abstract text available
    Text: ^EDI EDI7F33IMC 1Megx32 ELECTRONIC DESIGN& INC 1Megx32 Flash Module The EDI7F33IMC and EDI7F2331MC are orga­ Block Diagrams nized as one and two banks of 1 meg x 32 respec­ tively. The modules are based on AMDs AM29F080 -1 Meg x 8 Flash device in TSOP packages which are


    OCR Scan     		PDF EDI7F33IMC 1Megx32 1Megx32 EDI7F33IMC EDI7F2331MC AM29F080 EDI7F33IMC-BNC 1Megx3280pin 150ns AM29F080

    Untitled

    Abstract: No abstract text available
    Text: men E D I7F33IM V 1Megx32 ELECTRONIC DESIGNS, INC. PRELIMINARY 1Megx32 Flash Module Block Diagrams The EDI7F33IMV and EDI7F2331MV are orga­ nized as one and two banks of 1 meg x 32 respec­ tively. The modules are based on AMDs AM29LV008T EDI7F33IMVSNC 1Megx32 80pin SIMM


    OCR Scan     		PDF I7F33IM 1Megx32 1Megx32 EDI7F33IMV EDI7F2331MV AM29LV008T EDI7F33IMVSNC 80pin 120ns

    80pin simm

    Abstract: EDI7F34IMC EDI7F34IMC-BNC LH28F800SU
    Text: ^EDI EDI7F34IM C 1Megx32 ELECTRONIC DESIGNS INC 1Megx32 Flash Module Block Diagrams The EDI7F34IMC and EDI7F2341MC are orga­ nized as one and two banks of 1 Meg x 32 respec­ EDI7F34IMC-BNC 1Megx32 80pin SIMM tively. T h e m odules are based on S harp's LH28F800SU - 1Megx8 Flash device in TSOP


    OCR Scan     		PDF EDI7F34IMC 1Megx32 1Megx32 EDI7F34IMC EDI7F2341MC LH28F800SU 150ns EDI7F2341MC80BNC EDI7F2341MC90BNC 80pin simm EDI7F34IMC-BNC

    Untitled

    Abstract: No abstract text available
    Text: W D EDI7F33IMC I ^ ELECTRONIC DE9G N S N C . Features m 32Megabit CMOS 5.0 Volt-only Sector Erase Flash Memory Module 1Megx32 Flash Module 5.0 Volt ± 1 0 % for read and write operations The EDI7F33IM C is an 32Mbit 5.0 volt-only R ash memory organized as a 1Megx32. The memory is divided into 16


    OCR Scan     		PDF EDI7F33IMC 32Megabit 64Kbytes 50B-366-5151 EDI7F33IMC