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    AD668JQ Search Results

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    AD668JQ Price and Stock

    Analog Devices Inc AD668JQ

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    Bristol Electronics AD668JQ 2
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    AD668JQ 1
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    Quest Components AD668JQ 10
    • 1 $77.96
    • 10 $70.164
    • 100 $70.164
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    AD668JQ 8
    • 1 $102.46
    • 10 $92.214
    • 100 $92.214
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    AD668JQ 1
    • 1 $72.226
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    Rochester Electronics AD668JQ 4 1
    • 1 $57.8
    • 10 $57.8
    • 100 $54.33
    • 1000 $49.13
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    AD668JQ Datasheets (2)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    AD668JQ Analog Devices 12 Bit Ultrahigh Speed Multiplying D/A Converter Original PDF
    AD668JQ Analog Devices 12-Bit Ultrahigh Speed Multiplying D/A Converter Original PDF

    AD668JQ Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    IN4735

    Abstract: SD5000 quad AD668 AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ
    Text: a FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Temperature 10.24 mA Current Output or 1.024 V Voltage Output


    Original     		MIL-STD-883 AD668 12-bit, 100pF IN4735 AD841 360pF SD5000 C1451 IN4735 SD5000 quad AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ PDF

    IN4735

    Abstract: SD5000 AD668 AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ
    Text: a FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Temperature 10.24 mA Current Output or 1.024 V Voltage Output


    Original     		MIL-STD-883 AD668 12-bit, 100pF IN4735 AD841 360pF SD5000 C1451 IN4735 SD5000 AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ PDF

    SD5000 quad

    Abstract: AD668 AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ
    Text: a FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Temperature 10.24 mA Current Output or 1.024 V Voltage Output


    Original     		MIL-STD-883 AD668 12-bit, SD5000 C1451 AD668 24-Pin SD5000 quad AD668AQ AD668JQ AD668K AD668KQ AD668S AD668SQ PDF

    Untitled

    Abstract: No abstract text available
    Text: a FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Temperature 10.24 mA Current Output or 1.024 V Voltage Output


    Original     		MIL-STD-883 AD668 12-bit, 100pF IN4735 AD841 360pF SD5000 C1451â PDF

    C14511

    Abstract: No abstract text available
    Text: BACK a FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Temperature 10.24 mA Current Output or 1.024 V Voltage Output


    Original     		MIL-STD-883 12-Bit AD668 AD668 12-bit, IN4735 SD5000 100pF 360pF C14511 PDF

    AD6681

    Abstract: No abstract text available
    Text: AN ALO G D E V IC E S 12-Bit Ultrahigh Speed Multiplying D/A Converter AD668 FEATURES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input


    OCR Scan     		MIL-STD-883 12-Bit AD668 AD668 12-bit, AD6681 PDF

    Untitled

    Abstract: No abstract text available
    Text: □ ANALOG DEVICES FEA TU R ES Ultrahigh Speed: Current Settling to 1 LSB in 90 ns for a Full-Scale Change in Digital Input. Voltage Settling to 1 LSB in 120 ns for a Full-Scale Change in Analog Input 15 MHz Reference Bandwidth Monotonicity Guaranteed over Tem perature


    OCR Scan     		MIL-STD-883 12-Bit AD668 AD668 12-bit, PDF