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    12c68

    Abstract: 14C88 rely 6V BI TECHNOLOGIES power source dallas ds1225y ds1225y STK12C68 STK14C88
    Text: Using the SIMTEK STK12C68 and STK14C88 AutoStoreTM High Performance Nonvolatile Static RAM Design, Packaging and Board Layout Considerations 28 10kΩ 10kΩ 1 27 26 + 0.1µF Bypass Simtek Corporation’s STK12C68 and STK14C88 are both fast static RAMs backed by their own nonvolatile EEPROM shadow memory. The 8K x 8


    Original     		PDF STK12C68 STK14C88 STK12C68 STK14C88 DS1225Y STK16C68 DS1225Y, 12c68 14C88 rely 6V BI TECHNOLOGIES power source dallas ds1225y ds1225y

    dallas nvram

    Abstract: dallas nvram DS1225AB DS1225Y 451 cross-reference DS1225AB M48Z35AY MK48Z08 MK48Z09 sonos nvsram
    Text: nvSRAM versus Battery Backed-up SRAM Introduction With lead-free initiatives being implemented globally for 2006, nvSRAMs have become a very popular choice for NVRAM selection. This white paper explores the additional advantages of nvSRAM over Battery backed SRAM BBSRAM ,


    Original     		PDF STK10CXX STK11CXX STK12CXX STK15CXX STK16CXX DS1225AB DS1225D DS1225Y MK48Z08 MK48Z09 dallas nvram dallas nvram DS1225AB DS1225Y 451 cross-reference DS1225AB M48Z35AY MK48Z08 MK48Z09 sonos nvsram

    DS1225Y

    Abstract: dallas ds1225y MK48Z09 DS1225AB MK48Z08 STK14C88
    Text: Comparison of SIMTEK nvSRAM versus Battery Backed-up SRAM Introduction STK10C family , by executing a software sequence (STK11C family), or automatically upon power loss (AutoStore and AutoStorePlus™ families). The information is loaded back into the SRAM automatically on power-up or by using the hardware or software function.


    Original     		PDF STK10C STK11C STK10Cxx STK11Cxx STK12Cxx STK14C88 STK15Cxx STK16Cxx DS1225AB DS1225D DS1225Y dallas ds1225y MK48Z09 DS1225AB MK48Z08 STK14C88

    mc56002

    Abstract: DSP56002 15C88 STK16CXX
    Text: Using SIMTEK nvSRAM with the Motorola DSP56002 Introduction The Motorola DSP56002 is a 24 bit, high-performance Digital Signal Processor that is ideally suited for audio, instrumentation, and automotive applications. When coupled with nonvolatile Simtek Static


    Original     		PDF DSP56002 DSP56002 STK12/15CXX STK11Cxx mc56002 15C88 STK16CXX

    MC56002

    Abstract: digital security system block diagram DSP56002 15CXX
    Text: Motorola DSP56002 with nvSRAM Using Simtek nvSRAMs with the Motorola DSP56002 The Motorola DSP56002 is a 24 bit, high-performance Digital Signal Processor that is ideally suited for audio, instrumentation, and automotive applications. When coupled with nonvolatile Simtek Static Random Access Memories nvSRAM , the DSP56002 running at


    Original     		PDF DSP56002 DSP56002 STK12/15CXX MC56002 digital security system block diagram 15CXX