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    LH57128J Datasheets (3)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    LH57128J-20 Sharp 16K x 8 CMOS EPROM Memory Scan PDF
    LH57128J-25 Sharp 16K x 8 CMOS EPROM Memory Scan PDF
    LH57128J-25 Sharp 128Kbit (16Kx8) CMOS 3-STATE UV-Erasable EPROM in 28-pin DIP package. Scan PDF

    LH57128J Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    LH5763J-70

    Abstract: 32CER
    Text: MEMORIES E P R O M /O TP R O M EPQPBt Cnw» C o a ftp n r tta n 'i I v m LH5763J-70 LH5763J-90 64k 8k x 8 LH5764J-20 LH5764J-25 LH57126J-70 LH57126J-90 E 128k 16k x 8 LH57127J-10 P R LH57128J-25 M LH57512J-12 51 2 k 64k x 8 LH57512J-1S LH571000J-12 LH571000J-15


    OCR Scan     		PDF LH5763J-70 LH5763J-90 LH5764J-20 LH5764J-25 LH57126J-70 LH57126J-90 LH57127J-10 LH57128J-25 LH57512J-12 LH57512J-1S 32CER

    pin diagram of ic 27128

    Abstract: IC 27128 LH57128-25 LH57128J-25 INTEL 27128 Intel ICE-30
    Text: LH57128/J FEATURES • 16,384 x 8 bit organization • Access times: LH57128J: 250 ns LH57128: 250 ns • Single +5 V power supply • High speed programming: tpw = 0.1 ms Vpp = 12.75 V or tpw = 1 ms (Vpp = 12.5 V) Compatible to INTEL quick pulse programming algorithm


    OCR Scan     		PDF LH57128/J LH57128J: LH57128: 28-pin, 600-mil 450-mil LH57128J pin diagram of ic 27128 IC 27128 LH57128-25 LH57128J-25 INTEL 27128 Intel ICE-30

    INTEL 27128

    Abstract: AL425 pinout sharp LH57128-25
    Text: LH57128/J DESCRIPTION FEATURES • 16,384 • Access times: LH57128J: 250 ns LH57128: 250 ns • Single +5 V power supply • High speed programming: tpw = 0.1 ms Vpp = 12.75 V or tpw = 1 ms (Vpp = 12.5 V) Compatible to INTEL quick pulse programming algorithm


    OCR Scan     		PDF LH57128/J LH57128J: LH57128: 28-pin, 600-mil 450-mil LH57128J INTEL 27128 AL425 pinout sharp LH57128-25

    Untitled

    Abstract: No abstract text available
    Text: CMOS 128K 16K x 8 OTPROM/EPROM FEATURES DESCRIPTION • 16,384 x 8 bit organization The LH57128J is a CMOS UV erasable and electri­ cally programmable read-only-memory organized as 16,384 x 8 bits. It is pin compatible with the Intel ¡27128. • Access times:


    OCR Scan     		PDF LH57128J: LH57128: 28-pin, 600-mil 450-mil 28-PIN

    MBM27C128-25

    Abstract: M5M27C128K-15 M5M27C128K15 27c1028 TI 27C128 uveprom 57C128F-90 57C128F-70 AT27C128-12 i2764 27C128-15
    Text: - 92 - 2 7 C 12 8 m £ £ i u o s i x 4 M » 7 A üb ns) 27C128-12 MICROCHIP —70 120 120 65 50 4. 5 - 5 . 5 20/2 0.8 2.0 6 0. 45/2.1 2.4/0.4 12 27C128-15 MICROCHIP 0—-70 150 150 70 50 4. 5— 5. 5 20/2 0.8 2.0 6 0. 45/2.1 2. 4/0. 4 12 12 CO TAAC max


    OCR Scan     		PDF 27C12S-12 27C128-15 27C128-17 27C128-20 27C128-25 M5M27C128K-2 MBM27CI28-20 MBM27C128-25 384x8) 27C128 M5M27C128K-15 M5M27C128K15 27c1028 TI 27C128 uveprom 57C128F-90 57C128F-70 AT27C128-12 i2764

    lh57257

    Abstract: IR2E31 IR2E01 IR2C07 IR2E27 IR2E24 IR2E19 IR2E31A IR3n06 IR2E02
    Text: Index Model No. ARM7D CPU Core Bi-CMOS 1 27 40,42 _ _ CMOS CMOS CMOS CMOS CMOS 4A 5A 8 A AH D ID1 Series ID2 Series 40,42 40.42 40,42 40,42 40 B ü.’1*"! 14,15 14 m IR2339 IR2403 IR2406 IR2406G IR2410 IR2411 IR2415 IR2419 IR2420 IR2422 IR2425 IR2429


    OCR Scan     		PDF IR2E201 IR2E24 IR2E27/A IR2E28 IR2E29 IR2E30 IR2E31/A IR2E32N9 IR2E34 IR2E41 lh57257 IR2E31 IR2E01 IR2C07 IR2E27 IR2E19 IR2E31A IR3n06 IR2E02

    eprom s 394

    Abstract: EPROM 27128 27128 block diagram intel EPROM 27128
    Text: CMOS 128K 16K x 8 OTPROM/EPROM FEATURES • 16,384 • Access times: x 8 bit organization LH57126J: 70/90 ns LH57126: 90 ns • Single +5 V power supply • Low power consumption: Operating: 394 mW (MAX.) The LH57126J is configured in the standard EPROM


    OCR Scan     		PDF LH57126J LH57126 LH57126J: LH57126: 28-PIN LH57126/J 28-pin, 600-mil DIP28-P-600) eprom s 394 EPROM 27128 27128 block diagram intel EPROM 27128

    Untitled

    Abstract: No abstract text available
    Text: LH57127/J FEATURES • 16,384 x 8 bit organization • Access times: LH57127J: 100 ns MAX. LH57127: 120 ns (MAX.) • Single +5 V power supply • Low power consumption: Operating: 315 mW (MAX.) Standby: 1.05 mW (MAX.) • • CMOS 128K (16K x 8) OTPROM/EPROM


    OCR Scan     		PDF LH57127/J LH57127J: LH57127: 28-pin, 600-mil LH57127J LH57127

    475 16k 105

    Abstract: eprom s 394
    Text: LH57126/J FEATURES • 16,384 x 8 bit organization • Access times: LH57126J: 70/90 ns LH57126: 90 ns • Single +5 V power supply • Low power consumption: Operating: 394 mW MAX. Standby: 78.75 mW (MAX.) • C M O S 128K (1 6 K x 8) O TP R O M /E P R O M


    OCR Scan     		PDF LH57126/J LH57126J: LH57126: 28-pin, 600-mil LH57126J LH57126 475 16k 105 eprom s 394

    27128 block diagram

    Abstract: No abstract text available
    Text: CMOS 128K 16K x 8 OTPROM/EPROM DESCRIPTION FEATURES • 16,384 • Access times: LH57127J: 100 ns (MAX.) LH57127: 120 ns (MAX.) x 8 bit organization • Single +5 V power supply • Low power consumption: Operating: 315 mW (MAX.) Standby: 1.05 mW (MAX.)


    OCR Scan     		PDF LH57127J LH57128J, LH57127 LH57127J: LH57127: LH57127/J 28-pin, 600-mil DIP28-P-600) 27128 block diagram

    EPROM 27128

    Abstract: LH57127 INTEL 27128 A12C LH57127-12 LH57127J-10 WDIP28-G-600
    Text: LH57127/J FEATURES • 16,384 x 8 bit organization • Access times: LH57127J: 100 ns MAX. LH57127: 120 ns (MAX.) • Single +5 V power supply • Low power consumption: Operating: 315 mW (MAX.) Standby: 1.05 mW (MAX.) • Fully static operation • Three-state outputs


    OCR Scan     		PDF LH57127/J LH57127J: LH57127: 28-pin, 600-mil LH57127J LH57127 EPROM 27128 INTEL 27128 A12C LH57127-12 LH57127J-10 WDIP28-G-600

    LH57126J-70

    Abstract: INTEL 27128 EPROM LH57126 LH57126-90 LH57126J-90 27128 eprom intel
    Text: LH57126/J FEATURES • 16,384 x 8 bit organization • Access times: LH57126J: 70/90 ns LH57126: 90 ns • Single +5 V power supply • Low power consumption: Operating: 394 mW MAX. Standby: 78.75 mW (MAX.) • CMOS 128K (16K x 8) OTPROM/EPROM The LH57126J is configured in the standard EPROM


    OCR Scan     		PDF LH57126/J LH57126J: LH57126: 28-pin, 600-mil LH57126J LH57126 LH57126J-70 INTEL 27128 EPROM LH57126-90 LH57126J-90 27128 eprom intel