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    MK4116 RAM Search Results

    MK4116 RAM Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    MSP430F2111IDGV
    		Texas Instruments 16-bit Ultra-Low-Power Microcontroller, 2kB Flash, 128B RAM, Comparator 20-TVSOP -40 to 85 Visit Texas Instruments Buy
    MSP430F2131TDGVR
    		Texas Instruments 16-Bit Ultra-Low-Power Microcontroller, 8kB Flash, 256B RAM, Comparator 20-TVSOP -40 to 105 Visit Texas Instruments Buy
    TPS3613-01DGSRG4
    		Texas Instruments Adjustable Battery-Backup Supervisor for RAM Retention 10-VSSOP -40 to 85 Visit Texas Instruments Buy
    TPS3619-33DGKG4
    		Texas Instruments Backup-Battery Supervisors for RAM Retention 8-VSSOP -40 to 85 Visit Texas Instruments Buy
    MSP430F2274IYFFT
    		Texas Instruments 16-bit Ultra-Low-Power Microcontroller, 32KB Flash, 1K RAM 49-DSBGA -40 to 85 Visit Texas Instruments

    MK4116 RAM Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    MOSTEK MEMORY

    Abstract: k411 74S04 74S158 74S37 MK4027 MK4116 RAM 4116 4027 pin diagram
    Contextual Info: MOSTEK COMPATIBLE MK4027 AND MK4116 MEMORY SYSTEM DESIGNS INTRODUCTION Memory Systems design is very much like any other interface design. It requires knowledge o f the system being interfaced to and also an in-depth knowledge o f the resource being interfaced. This in-depth


    OCR Scan     		MK4027 MK4116 MK4116. LSI-11* LSI-11 240ns 240ns 344mA MOSTEK MEMORY k411 74S04 74S158 74S37 RAM 4116 4027 pin diagram PDF

    AM9016

    Abstract: AM9016E AM9016D K x 1 DRAM
    Contextual Info: Am9016 Am9016 16,384 x 1 Dynamic RAM DISTINCTIVE CHARACTERISTICS • • • Replacement for MK4116 High-speed operation - 150ns access, 320ns cycle COM'L ; 200ns access, 375ns cycle (MIL) Three-state output • • • RAS only, RMW and Page mode clocking options


    OCR Scan     		Am9016 MK4116 150ns 320ns 200ns 375ns Am9016 16K-bit, 16-pin AM9016E AM9016D K x 1 DRAM PDF

    ON4027

    Abstract: MK4116 74537 74537 latch LM 4027 MK 4027 DIODE SCHOTTKY X27 LSI-11 k411 74S04
    Contextual Info: MOSTEK COMPATIBLE MK4027 AND MK4116 MEMORY SYSTEM DESIGNS INTRODUCTION Memory Systems design is very much like any other interface design. It requires knowledge of the system being interfaced to and also an in-depth knowledge of the resource being interfaced. This in-depth


    OCR Scan     		MK4027 MK4116 MK4116. LSI-11* ON4027 74537 74537 latch LM 4027 MK 4027 DIODE SCHOTTKY X27 LSI-11 k411 74S04 PDF

    4116 ram

    Abstract: RAM 4116 4116 4116 16k ram MK4116 4116-2 MK 4027 41163 4116 MEMORY i251
    Contextual Info: MOSTEX 16,384 X 1-BIT DYNAMIC RAM MK4116 J /N /E -2 /3 FEATURES □ Recognized industry standard 16-pin config­ uration fro m M O S T E K □ C om m on I/O capa b ility using "early w rite " operation □ 150ns access tim e , 3 2 0 n s c y c le (M K 4 1 1 6 -2 )


    OCR Scan     		MK4116 16-pin 150ns 320nscycle 200ns 375ns 462mW 4116 ram RAM 4116 4116 4116 16k ram 4116-2 MK 4027 41163 4116 MEMORY i251 PDF

    4116 ram

    Abstract: 4116 16k ram RAM 4116 MK4116 4116 dynamic ram MK4116-4 mostek 4116 mk4116J 410ns 4116 16K
    Contextual Info: MOSTEK AT 16,384x1-BIT DYNAMIC RAM MK4116 J /N /E -4 FEATU R ES □ Recognized in dustry standard 16-pin co n fig ­ u ra tion fro m M O STEK □ C om m on I/O ca p a b ility using "e a rly w rite " operation □ 250ns access tim e , 410ns cycle □ R ead-M odify-W rite, R AS-only refresh, and Page­


    OCR Scan     		384x1-BIT MK4116( 16-pin 250ns 410ns 462mW MK4116 4116 ram 4116 16k ram RAM 4116 4116 dynamic ram MK4116-4 mostek 4116 mk4116J 4116 16K PDF

    intel 8080 microprocessor

    Abstract: AM9016 Voltage multiplier using 741 opamp Si7660 SCHEMATIC circuit scr oscillator Voltage Doubler with 555 circuit Si7661 oscillator circuit with op amp 741 AN401 oscillator circuit with op amp 741 its output
    Contextual Info: AN401 Siliconix Theory and Applications of the Si7660 and Si7661 Voltage Converters Doyle L. Stack Introduction equalized. The oscillator/toggle then switches again, and the process starts over. Many times a simple digital circuit design can be greatly complicated by the needs of just one or two of the onĆboard


    Original     		AN401 Si7660 Si7661 Si7661 intel 8080 microprocessor AM9016 Voltage multiplier using 741 opamp SCHEMATIC circuit scr oscillator Voltage Doubler with 555 circuit oscillator circuit with op amp 741 AN401 oscillator circuit with op amp 741 its output PDF

    MK4116-3

    Abstract: 4116 dynamic ram RAM 4116 MK4116 4116 ram wc1f MK4164
    Contextual Info: M05TEK 32,768 X1-BIT DYNAMIC RAM MK4332 D -3 FEATURES □ Utilizes tw o industry standard MK 4116 devices in an 18-pin package configuration □ Common I/O capability using "early w rite " operation □ □ □ 200ns access t ime, 3 75ns cycle (MK 4116-3)


    OCR Scan     		768x1-BIT MK4332 18-pin 200ns 375ns 482mW 40rinW MK4332 MK4116-3 4116 dynamic ram RAM 4116 MK4116 4116 ram wc1f MK4164 PDF

    mk4564

    Abstract: MK4096 mostek mk4564
    Contextual Info: l! UNITED TECHNOLOGIES MOSTEK MEMORY COMPONENTS 65,536 x 1-BIT DYNAMIC RAM MK4564 P/N/J/E -15/20 FEATURES o Extended DOUT hold using CAS control (Hidden Refresh) Recognized industry standard 16-pin configuration from Mostek o Common I/O capability using "early write"


    Original     		MK4564 16-pin IV-78 IV-79 MK4096 mostek mk4564 PDF

    MB8116E

    Abstract: mb8116
    Contextual Info: FU JITSU MICROELECTRONICS MOS16,384-BIT DYNAMIC RANDOM ACCESS MEMORY MB8116E M M 11AH DESCRIPTION The Fujitsu MB8116 is a fully decoded dynamic NMOS random access memory organized as 16,384 one-bit words. The design is optimized for high speed, high performance applications such


    OCR Scan     		MOS16 384-BIT MB8116 16-pin MB8116E PDF