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Analog Devices Inc. logo Results on Analog.com
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    1. AD7804/AD7805/AD7806/AD7809: +3.3 V to +5 V Quad/Octal 10-Bit DACs Data Sheet
      Data Sheet

      PDF

      AD7804/AD7805/AD7806/AD7809: +3.3 V to +5 V Quad/Octal 10-Bit DACs Data Sheet

      310 kB

    2. AD7805
      Production
      Product
      Multichannel Voltage Output D/A Converters
      +3.3 V to +5 V Quad/Octal 10-Bit DAC
      AD7805

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      Datasheet

      Documentation

      Ask the Community

      Sample & Buy

      Sample & Buy

    3. AD7304
      Production
      Product
      Multichannel Voltage Output D/A Converters
      +3V/+5V, Rail-to-Rail Quad, 8-Bit DAC Serial-IN
      AD7304

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      Documentation

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      Sample & Buy

    4. AD7804
      Production
      Product
      Multichannel Voltage Output D/A Converters
      +3.3 V to +5 V Quad/Octal 10-Bit DAC
      AD7804

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      Datasheet

      Documentation

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    5. AD780
      Production
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      Shunt Voltage References
      2.5 V/3.0 V High Precision Reference
      AD780

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    6. AD7874
      Production
      Product
      Multiplexed A/D Converters
      4-channel Simultaneous Sampling, 12-Bit Data Acquisition System
      AD7874

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    7. AD7874: 4-Channel Simultaneous Sampling, 12-Bit Data Acquisition System Data Sheet
      Data Sheet

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      AD7874: 4-Channel Simultaneous Sampling, 12-Bit Data Acquisition System Data Sheet

      414 kB

    8. Available Die for Sale
      Solutions Bulletin & Brochure

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      Available Die for Sale

      177.88 K

    9. AD780: 2.5 V/3.0 V High Precision Reference Data Sheet
      Data Sheet
      The AD780 is an ultrahigh precision band gap reference voltage that provides a 2.5 V or 3.0 V output from inputs between 4.0 V and 36 V.

      PDF

      AD780: 2.5 V/3.0 V High Precision Reference Data Sheet

      633.12 K

    10. AD7801
      Production
      Product
      Single-Channel Voltage Output D/A Converters
      +2.7 V to +5.5 V, Parallel Input, Voltage Output 8-Bit DAC
      AD7801

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    Results on EngineerZone

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      1. RE: Calibrating the ADC of the ADALM1000 for Voltage and Current Measurements

        Forum Reply
        Virtual Classroom for ADI University Program
        02 February, 2021
        … com/university/tools/m1k/alice/self-calibration-user-guide (win10 Professional) -- or does this guide steps include the exact steps I can follow to prevent getting things "messed up"? I'm using an AD780BNZ 2.50 external reference which measures 2.50007 VDC on my systems DMM. Thank you, Ronan

      2. RE: ADALM1000 Stuck in programing mode

        Forum Reply
        Virtual Classroom for ADI University Program
        01 February, 2021
        … I don't yet have anything other than this basic communications and driver working (finally) but after I figure out how to calibrate (with a AD780BNZ 2.50 V) and familiarize myself with the M1K, I plan on ultimately characterizing small-signal diodes (matching them) using the M1K as a …

      3. RE: Offset output data for AD7705

        Forum Reply
        Precision ADCs
        23 October, 2014
        … varies slightly. The ADC is driven by Mbed LPC1768 and it's running on a 2.4576Mhz external crystal, Ref+ has 2.5V supplied by AD780BN voltage reference and Ref- is tied to ground. My input has a gain of 1, unipolar, buffered, and the output update rate is set …

      4. What is the difference between AD7801BRU and AD7801BRUZ.

        Forum Thread
        Answered
        Precision DACs
        31 January, 2023
        Hello, I couldn't find any datasheet about AD7801BRUZ. Please let me know the difference between AD7801BRU and AD7801BRUZ. Also, I want to know the meaning of 'Z' of AD7801BRUZ. Best wishes.
        Single-Channel Voltage Output D/A ConvertersDatasheet/SpecsAD7801Voltage Output D/A ConvertersAD7801BRUZ

      5. Can't get AD7804 to work

        Forum Thread
        Answered
        Precision DACs
        26 October, 2011
        Hi all, I can't seem to get the 7804 to work. I am using a NI 8451 SPI\USB to configure the 7804 and set values. I have checked the polarities and they seem ok. Maybe I have a mistake in the commands I am sending?configure (for internal …
        AD7804Voltage Output D/A ConvertersMultichannel Voltage Output D/A Converters

      6. Can't get AD7804 to work

        Forum Thread
        Answered
        Precision DACs
        26 October, 2011
        Hi All, I can't seem to get the 7804 to work. I am using a NI 8451 SPI\USB to configure the 7804 and set values. I have checked the polarities and they seem ok. Maybe I have a mistake in the commands I am sending?configure (for internal …
        AD7804Voltage Output D/A ConvertersMultichannel Voltage Output D/A Converters

      7. parallel AD7874ANZ chip

        Forum Thread
        Answered
        Precision ADCs
        07 March, 2019
        Dear EngineerZone I want to use 2 AD7874ANZ chips in parallel on the same bus, does somebody know what the result of the sample frequency is? Will this be devided in half or is this dependend on my microcontroller? Also in the wirering drawint at page 14 of the datasheet …
        converterAD7874ANZsampling rate

      8. RE: What is the difference between AD7801BRU and AD7801BRUZ.

        Forum Reply
        Precision DACs
        02 February, 2023
        Hi IKJANG , The IC variations in question are the same and the 'Z' AD7801BRUZ is a tag for the RoHS compliance (Restriction of Hazardous Substances Directive) which assures customer that this IC variation is compliant with the ROHS directive and can be used in applications that require compliance with …

      9. RE: What is the difference between AD7801BRU and AD7801BRUZ.

        Forum Reply
        Precision DACs
        31 January, 2023
        Hi IKJANG , I will move this thread to the proper forum. I hope someone can properly assist you in your query. Regards, JC

      10. RE: parallel AD7874ANZ chip

        Forum Reply
        Precision ADCs
        02 April, 2019
        HI the5, Using the same clock source for the two ADC will have an effect on the ADC performance and also adding to that , the trace length will have also its effect in the result. There are some products that placed between ADC and clock source to compensate the effect …

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