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    UT62L257 Search Results

    UT62L257 Datasheets (46)

    Part ECAD Model Manufacturer Description Datasheet Type PDF PDF Size Page count
    UT62L25716BS-100L
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 106.47KB 13
    UT62L25716BS-100LE
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-100LI
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 103.43KB 12
    UT62L25716BS-100LL
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-100LLE
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 106.47KB 13
    UT62L25716BS-100LLI
    		Utron Technology 256K x 16 BIT LOW POWER CMOS SRAM Original PDF 103.44KB 12
    UT62L25716BS-55L
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 161.5KB 10
    UT62L25716BS-55L
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-55LE
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 161.5KB 10
    UT62L25716BS-55LE
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-55LI
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 103.43KB 12
    UT62L25716BS-55LI
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 160.69KB 10
    UT62L25716BS-55LL
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-55LL
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 161.5KB 10
    UT62L25716BS-55LLE
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 106.48KB 13
    UT62L25716BS-55LLE
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 161.5KB 10
    UT62L25716BS-55LLI
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 103.43KB 12
    UT62L25716BS-55LLI
    		Utron Technology Access time: 55 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 160.69KB 10
    UT62L25716BS-70L
    		Utron Technology Access time: 70 ns, 256 K x 16 Bit low power CMOS SRAM Original PDF 161.5KB 10
    UT62L25716BS-70L
    		Utron Technology 256k x 16 Bit Low Power CMOS SRAM Original PDF 106.48KB 13

    UT62L257 Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    Utron SRAM

    Abstract: P80047
    Contextual Info:  UTRON UT62L25716 256K X 16 BIT LOW POWER CMOS SRAM Rev. 1.0 FEATURES GENERAL DESCRIPTION „ High speed access time : 55ns max for Vcc=3.0V~3.6V 70/100 ns(max) for Vcc=2.7V~3.6V „ CMOS Low power consumption „ Operation current : 45/35/25 (Icc,max.) „ Standby: 20uA (TYP.) L-version


    Original     		UT62L25716 UT62L25716 304-bit I/O16) 48-pin P80047 Utron SRAM P80047 PDF

    Contextual Info:  UTRON Rev. 1.3 UT62L25716 I 256K X 16 BIT LOW POWER CMOS SRAM REVISION HISTORY REVISION DESCRIPTION Preliminary Rev. 0.5 Original. Rev.1.0 1.Separate Industrial and Commercial SPEC. 2.New waveforms. 3.Add access time 55ns range. 4.The symbols CE1# and OE# and WE# are revised as. CE1 and


    Original     		UT62L25716 55/70/100ns 48-pin 0716BSL-55LI UT62L25716BSL-55LLI UT62L25716BSL-70LI UT62L25716BSL-70LLI UT62L25716BSL-100LI UT62L25716BSL-100LLI P80046 PDF

    Contextual Info:  UTRON UT62L25716 I 256K X 16 BIT LOW POWER CMOS SRAM Rev. 1.0 FEATURES GENERAL DESCRIPTION „ High speed access time : 55ns(max) for Vcc=3.0V~3.6V 70/100 ns(max) for Vcc=2.7V~3.6V „ CMOS Low power consumption „ Operation current : 45/35/25 (Icc,max.)


    Original     		UT62L25716 304-bit I/O16) 48-pin UT62L257 P80046 PDF

    P8004

    Contextual Info:  UTRON Rev. 1.3 UT62L25716 256K X 16 BIT LOW POWER CMOS SRAM REVISION HISTORY REVISION DESCRIPTION Preliminary Rev. 0.5 Original. Rev.1.0 1.Separate Industrial and Commercial SPEC. 2.New waveforms. 3.Add access time 55ns range. 4.The symbols CE1# and OE# and WE# are revised as. CE1 and


    Original     		UT62L25716 55/70/100ns 48-pin P80047 P8004 PDF