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  1. AD767
    Not Recommended for New Designs
    Product
    Single-Channel Voltage Output D/A Converters
    Microprocessor-Compatible 12-Bit D/A Converter
    AD767

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    Datasheet

    Documentation

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    Sample & Buy

  2. AD766
    Production
    Product
    Multiplying Current Output D/A Converters
    16-Bit Current-Steering DAC with Voltage Reference
    AD766

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    Documentation

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    Sample & Buy

  3. AD737
    Production
    Product
    RMS to DC Converters
    Low Cost, Low Power, True RMS-to-DC Converter
    AD737

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    Sample & Buy

  4. AD677
    Production
    Product
    Single Channel A/D Converters
    16-Bit, Serial, 100 kSPS Sampling ADC.
    AD677

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  5. AD667
    Not Recommended for New Designs
    Product
    Single-Channel Voltage Output D/A Converters
    Microprocessor-Compatible 12-Bit D/A Converter
    AD667

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    Datasheet

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    Sample & Buy

  6. AD767: Microprocessor-Compatible 12-Bit D/A Converter Data Sheet
    Data Sheet

    PDF

    289 kB

  7. AD7237
    Production
    Product
    Multichannel Voltage Output D/A Converters
    Dual 12-Bit Complete DAC with Double Buffered Byte Loading
    AD7237

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  8. AD7247
    Production
    Product
    Multichannel Voltage Output D/A Converters
    Dual 12-Bit DACPORT with Parallel Load
    AD7247

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  9. AD790
    Production
    Product
    High Speed Comparators (
    Fast, Precision Comparator
    AD790

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  10. AD736
    Production
    Product
    RMS to DC Converters
    Low Cost, Low Power, True RMS-to-DC Converter
    AD736

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Results on EngineerZone

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    1. FOR A MARKING FOR PARTS :AD587JNZ PROBLEM , COUNTRY OF ORIGIN :PH MARKING :AD587JN , COUNTRY OF ORIGIN :MY MARKING :AD587J , IS IT SAME PART AND NORMAL?

      Forum Thread
      Answered
      Reference Designs
      29 August, 2017
      For a marking of Parts:AD587JNZ question. Country of origin :PH ,The marking:AD587JN , Country of origin: MY , The marking :AD587J .Is it normal?

    2. AD790JNZ External hystersis

      Forum Thread
      Answered
      Other Products (EN)
      28 August, 2014
      Hello everyone, I am creating a comparator circuit which will take a triangle wave and turn it into a square wave. Now, for my Vref, I do not have a fix input. I have it adjustable in the sense that it is a DAC (Schematic is attached). This will allow …

    3. Original AD797ANZ

      Forum Thread
      Answered
      Differential Amplifiers and ADC Drivers
      30 June, 2020
      Hello! Can you help me and show original picture of AD797ANZ?

    4. RE: Original AD797ANZ

      Forum Reply
      Differential Amplifiers and ADC Drivers
      05 July, 2020
      Hi, I would like to ask what will be your interest on original picture of this part. Various information are available on the Product Page at this link.This includes POD, Material Declaration, and Symbols and Footprints. Thanks and regards.

    5. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      02 August, 2018
      This question has been assumed as answered either offline via email or with a multi-part answer. This question has now been closed out. If you have an inquiry related to this topic please post a new question in the applicable product forum.Thank you,EZ Admin

    6. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      01 September, 2014
      Yes, that is true but, the DAC is used to control the duty cycle of the output waveform. The hysteresis is used to prevent any jittering in the input waveform from causing any unwanted misfires. (See pic). At any rate, I breadboarded the circuit and to my surprise, there is …

    7. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      31 August, 2014
      Hi, philm! Comparator will be drived by output voltage of DAC directly. Very simply. No R1,R2 needed. At DAC you dated valid code for needed Vcontrol from DAC. Regards!

    8. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      28 August, 2014
      I am not sure what you mean by your post. Can you explain a little bit more by what you mean?

    9. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      28 August, 2014
      It will be from 250 mV to 5 V. Yes, this is fine that the AD790 does not go to fulll 5 V, in my application, that may be a bad thing if the duty cycle was 100%! I think that you forgot to type something. How much higher is …

    10. RE: AD790JNZ External hystersis

      Forum Reply
      Other Products (EN)
      28 August, 2014
      Hello, your considerations are correct. The feedback resistor R1 in hysteresis.jpg is times higher than R2. For you hysteresis you can replace one of these resistors by a series connection of a fixed resistor and a potentiometer. The AD790 is not rail-to-rail, so maybe input values in …