• AD7294 programming


    Is it possible to write an own small application using the EVAL-AD7294 in GNU Octave.

    Any starting points? Information how to do this?




  • RE: AD7292驱动程序

    可以参考一下 AD7294的示例代码,二者有一定相似性


  • Bias control using AD7294

    Do the DAC output of AD7294 used for the bias control of Mosfet devices in power amplifier cause spurious components in its output?

  • RE: AD7294: What happens if the I2C bus is idle for a long period of time?

    When the AD7294 is in command mode it expects the conversion result to be read back from the Result Register within 5ms. If the I2C bus is "frozen" for longer than this then the AD7294 will abort the command mode operation and revert to an idle state…

  • RE: EVAL-AD7294EBZ programming from another processor


    I moved this question about the AD7294 to the Precision ADCs Community.  Someone here should be able to assist you.



    EngineerZone Community Manager

  • RE: AD7294 Autocycle Mode

    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,
  • evaluation board AD7294-2SDZ


    Can you explain the meaning of "position B selects ..." in Table 3?

    There are pins and connectors on the evaluation board. How should I connect them in order to use this board with Arduino?

    Thank you in advance,


  • AD7294 Over-range alert

    What can cause an OVERRANGE alert?

  • RE: Problems with EVAL-AD7294EBZ

    Hi Arne,

         I would like to ask some details on your problem on the evaluation board. Was the installation of the software successful and the problem you are having is when launching the evaluation software? I would like also to ask, What Operating System…

  • RE: HMC1099LP5DE - PAE and power sequence

    Hi FreddyS,


    1. 100 mA is the Idq value. Idd under RF will increase and can reach 600+ mA.

    2. Please refer to the the are I highlighted with purple on above plot, form DS.

    The red curve shows that Pout=2 W = 33 dBm around 16-17 dBm Pin. The…