• AD5317R internal reference buffers

    It is a question about AD5317R.
    When using the external reference, when using the internal reference, I think that the way internal buffers are different.
    Please show us the arrangement of the buffer at this time.
    I want a block diagram.

    Best regards
  • AD5317R and external reference

    My customers are planning to use the AD5317R with an external reference.
    I already got advice on this matter once. (Thank you)

    https://ez.analog.com/thread/98735
    This is a question again.

    The customer devised the following circuit.
    Perhaps the internal circuit…

  • Question about AD5317R 

    Hi there,

    I have a question about AD5317R.

    http://www.analog.com/media/en/technical-documentation/data-sheets/AD5317R.pdf

    My question is about the link between Vdd voltage and Internal Reference.

    In case of the following condition,

     Vdd =3.3V, Vref…

  • Connection of AD5317R and external reference

    My customers are planning to connect the ADR 425 to the AD5317R.
    We reviewed this plan and found a sentence that I care about in the data sheet.
    "By default, the internal reference is on at power-up."

    Can I connect the ADR 425 directly to the AD5317R…

  • About AD5317R offset and gain error spec

    Hi, I read this datasheet, and just wondered if the specs like DC error (offset error, gain error, etc) include 

    the output amplifier's DC error?

    Best regards,

    Tarzan

  • 5317R reference input

    Question when using an external reference for the AD5317R.
    Does the AD5317R allow references other than 2.5 V?
    Can I use the power supply voltage 5 V, REF = 5 V?

     

     

    Best regards;

  • RE: AD5685R external reference

    Hi ,

    Yes you can use 2.048V and 4.096V external references.

    Please check these thread, should be applicable to your case too:

    https://ez.analog.com/data_converters/precision_dacs/f/q-a/26598/ad5317r-internal-reference-buffers

    Cheers,

    Ivan

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  • FAQ: nanoDAC+ Family AD531x/AD568x/AD569x/AD567x

    Q1. What is new?

    A1. The nanoDAC+(TM) family offers improved analog performance in terms of INL and glitch energy specifications.. Some members of the family, those with a part number ending in 'R', for example AD5686R, include a  low drift 2.5V…