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    Rochester Electronics LLC MAX9686BCSA

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    Rochester Electronics LLC MAX9686BCSA-

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    Maxim Integrated Products MAX9686BCSA

    MAX9686 TTL Voltage '
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    Rochester Electronics MAX9686BCSA 3,017 1
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    Maxim Integrated Products MAX9686BCSA+

    MAX9686 TTL Voltage '
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    Rochester Electronics MAX9686BCSA+ 2,185 1
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    MAX9686BCSA Datasheets (5)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    MAX9686BCSA Maxim Integrated Products Single/Dual, Very Fast TTL Latched Output Comparators Original PDF
    MAX9686BCSA+ Maxim Integrated Products Single/Dual, Very Fast TTL Latched Output Comparators Original PDF
    MAX9686BCSA Maxim Integrated Products Very Fast TTL Latched Output Comparators Scan PDF
    MAX9686BCSA+T Maxim Integrated Products Single/Dual, Very Fast TTL Latched Output Comparators Original PDF
    MAX9686BCSA-T Maxim Integrated Products Single/Dual, Very Fast TTL Latched Output Comparators Original PDF

    MAX9686BCSA Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    74ALS574

    Abstract: 74ALS574A HI5808 HI5808EVAL1
    Text: Using the HI5808EVAL1 Evaluation Board TM Application Note April 2001 AN9724.1 Author: George Von Dolteren Description itle N97 bing 80 VA lun ard tho yds er- The HI5808EVAL1 evaluation board is made available to allow the circuit designer the ability to evaluate the


    Original     		PDF HI5808EVAL1 AN9724 HI5808 12-bit, 74ALS574 74ALS574A

    Untitled

    Abstract: No abstract text available
    Text: Using the HI5808EVAL1 Evaluation Board TM Application Note June 1997 AN9724 Author: George Von Dolteren Description the duty cycle of the clock driving the A/D converter is made adjustable by way of a potentiometer so that the effects of sample clock duty cycle on the HI5808 may be observed.


    Original     		PDF HI5808EVAL1 AN9724 HI5808 12-bit, 10MSPS

    AN9707

    Abstract: HI5805 HI5805EVAL1 74ALS574 74ALS574A OP Amplifier A30
    Text: Using the HI5805EVAL1 Evaluation Board TM Application Note March 1997 Description AN9707 connection to most laboratory signal generators. In addition, the duty cycle of the clock driving the A/D converter is made adjustable by way of a potentiometer so that the effects of


    Original     		PDF HI5805EVAL1 AN9707 HI5805 12-bit AN9707 74ALS574 74ALS574A OP Amplifier A30

    74ALS574

    Abstract: 74ALS574A HI5905 HI5905EVAL2 ALS04 N2B3
    Text: HI5905EVAL2 Evaluation Board User’s Manual TM Application Note January 1999 AN9785 Description adjustable by way of a potentiometer. This allows the effects of sample clock duty cycle on the HI5905 to be observed. The HI5905EVAL2 evaluation board allows the circuit


    Original     		PDF HI5905EVAL2 AN9785 HI5905 HI5905 14-bit, 74ALS574 74ALS574A ALS04 N2B3

    2n2b5

    Abstract: No abstract text available
    Text: HI5905EVAL2 Evaluation Board User’s Manual Application Note January 1999 AN9785 Description [ /Title HI590 5EVA L2 Evaluation Board User’s Manual /Subject (AN97 85) /Autho r () /Keywords (Intersil Corporation, semiconductor, High Speed Analog to Digital


    Original     		PDF HI5905EVAL2 AN9785 HI590 HI5905 14-bit 2n2b5

    9724

    Abstract: 74ALS574 74ALS574A HI5808 HI5808EVAL1 INDUCTOR CHIP FERRITE BEAD 100MHz block diagram
    Text: Harris Semiconductor No. AN9724 Harris Data Acquisition June 1997 Using the HI5808EVAL1 Evaluation Board Author: George Von Dolteren Description duty cycle of the clock driving the A/D converter is made adjustable by way of a potentiometer so that the effects of


    Original     		PDF AN9724 HI5808EVAL1 HI5808 12-bit 1-800-4-HARRIS 9724 74ALS574 74ALS574A INDUCTOR CHIP FERRITE BEAD 100MHz block diagram

    HI5805

    Abstract: 74ALS574 74ALS574A AN9707 HI5805EVAL1 9707 C3510
    Text: Harris Semiconductor No. AN9707 Harris Data Acquisition March 1997 Using the HI5805EVAL1 Evaluation Board Author: George Von Dolteren Description duty cycle of the clock driving the A/D converter is made adjustable by way of a potentiometer so that the effects of


    Original     		PDF AN9707 HI5805EVAL1 HI5805 12-bit 1-800-4-HARRIS 74ALS574 74ALS574A AN9707 9707 C3510

    d1266

    Abstract: HI5804EVAL HI5804 74ALS574
    Text: Using the HI5804 Evaluation Board Application Note October 1996 AN9647 Description The HI5804EVAL evaluation board for the HI5804 can be used to evaluate the performance of the HI5804 12-bit 5 MSPS analog-to-digital converter ADC . As shown in the Evaluation Board Block Diagram, this evaluation board


    Original     		PDF HI5804 AN9647 HI5804EVAL 12-bit d1266 74ALS574

    9707

    Abstract: 74ALS574 74ALS574A AN9707 HI5805 HI5805EVAL1 "Error Correction" OP Amplifier A30 dc/IRF 9707
    Text: Using the HI5805EVAL1 Evaluation Board Application Note March 1997 AN9707 Description The HI5805EVAL1 evaluation board is made available to allow the circuit designer the ability to evaluate the performance of the Intersil HI5805 monolithic 12-bit 5 MSPS analog-to-digital converter ADC . As shown in the


    Original     		PDF HI5805EVAL1 AN9707 HI5805 12-bit 9707 74ALS574 74ALS574A AN9707 "Error Correction" OP Amplifier A30 dc/IRF 9707

    transistor 9647

    Abstract: 74ALS574 HI5804 HI5804EVAL c 9647
    Text: Harris Semiconductor No. AN9647 Harris Data Acquisition October 1996 Using the HI5804 Evaluation Board Author: George Von Dolteren Description HI5804 A/D Theory of Operation pling capacitors. In the next clock phase, φ2, the two bottom plates of the sampling capacitors are connected


    Original     		PDF AN9647 HI5804 1-800-4-HARRIS transistor 9647 74ALS574 HI5804EVAL c 9647

    ALS04

    Abstract: ALS574 74ALS574 74ALS574A HI5905 HI5905EVAL2 VINR16 9785 c4728
    Text: HI5905EVAL2 Evaluation Board User’s Manual TM Application Note January 1999 AN9785 Description adjustable by way of a potentiometer. This allows the effects of sample clock duty cycle on the HI5905 to be observed. The HI5905EVAL2 evaluation board allows the circuit


    Original     		PDF HI5905EVAL2 AN9785 HI5905 HI5905 14-bit, ALS04 ALS574 74ALS574 74ALS574A VINR16 9785 c4728

    9724

    Abstract: INDUCTOR CHIP FERRITE BEAD 100MHz block diagram A26 OPAMP
    Text: Using the HI5808EVAL1 Evaluation Board Application Note June 1997 AN9724 Description [ /Title AN97 24 /Subject (Using the HI580 8EVA L1 Evaluation Board) /Autho r () /Keywords (Intersil Corporation, semiconductor) /Creator () /DOCI NFO pdfmark [ /PageMode


    Original     		PDF HI5808EVAL1 AN9724 HI580 HI5808 12-bit 9724 INDUCTOR CHIP FERRITE BEAD 100MHz block diagram A26 OPAMP

    Untitled

    Abstract: No abstract text available
    Text: Using the HI5805EVAL1 Evaluation Board Application Note March 1997 AN9707 Description [ /Title The HI5805EVAL1 evaluation board is made available to AN97 allow the circuit designer the ability to evaluate the performance of the Intersil HI5805 monolithic 12-bit 5 MSPS


    Original     		PDF HI5805EVAL1 AN9707 HI5805 12-bit HI580

    AM686

    Abstract: MAX9686CTW MAX9698BCSE LT1016 MAX9686 MAX9686BCPA MAX9686BCSA MAX9686CJA MAX9686MJA MAX9698
    Text: y i / i y j x i y i / i V e ry F a s t TTL L a tc h e d O u tp u t C o m p a ra to rs The M AX9686 is pin com patible with the LT1016 and Am686, but exceeds the AC characteristics of these devices. F e a tu re s ♦ ♦ ♦ 6ns Propagation Delay 2ns Latch Setup Time


    OCR Scan     		PDF MAX9686 MAX9698 MAX9698 MAX9686. MAX9686 LT1016 Am686, MAX9686/MAX9698 200MHz. 100pF. AM686 MAX9686CTW MAX9698BCSE MAX9686BCPA MAX9686BCSA MAX9686CJA MAX9686MJA