• RE: AD8129 input current maximum

    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,
  • RE: AD8129 single supply range

    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,
  • RE: AD8129 Single Rail Supply

    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,
  • I need information about the "Gain Nonlinearity" and "Closed-Loop Gain Error" for AD8099, AD8067, AD8065 and AD8038 like the one reported in AD8129/AD8130

    Good morning

    Thank for your time

    I need information about the "Gain Nonlinearity" and "Closed-Loop Gain Error" for AD8099, AD8067, AD8065 and AD8038 like the one reported in AD8129 at page 4 of https://www.analog.com/media/en/technical…

  • 推荐一款取代AD8129的类似运算放大器

    请推荐一款取代AD8129的运算放大器,因AD8129的DC  PERFORMANCE中

    Closed-Loop Gain Error 在±0.8 到±1.8%之间,请推荐一款这个参数优于0.1%的差分转单端运放,其他参数基本等同于AD8129,我的供电是±12V,输出1MHz时幅值能够达到±10.5V以上,输出驱动一段同轴电缆,需要低噪声,带宽在100MHz以上的差分转单端的精密运放。

  • Having trouble with gain>3 on AD8129/AD8130 with +5v supply

    Hello,

    I'm a very digital person by background, but I'm taking a stab at an analog circuit this time.

    I'd like to use the AD8129 as part of an inexpensive differential probe for simple power analysis side channel attacks on cheap microcontrollers…

  • 请教高速运放AD8129自激振荡的问题

    我使用过几次高速运放,发现一定要在输出端接>600ohm的电阻才能防止自激振荡。这个振荡可能是什么原因啊?

    这个是AD8129的振荡图。

  • AD8129 Circuit

    Hi,

    I'm trying to use this OPAMP. In the Datasheet there is a circuit Figure 140 Adding an Atteunator... on Page 35 (RevC).

    I think the given equation is not correct. I suppose that the equation is

    Vout= ((Vin)*((Rf/Rg)+1)) + (Voffset*(Rg/(Rf+Rg…

  • AD8237 - Difference from other ADI instrumentation amplifier

    How is the AD8237 different from other ADI instrumentation amplifiers?

     

    The AD8237 is based on an Indirect Current Feedback (ICF) architecture.
    This architecture is fairly new to ADI, with only AD8237 and the AD8420 in the
    portfolio…
  • AD8237 - Application example

    Are there any interesting circuits that didn’t quite make the datasheet?

     

    AD8237 does very well on a single supply measuring small ground-referenced
    signals. A great example is a thermocouple interface. A grounded thermocouple
    would…