• RE: ADA4627-1 and capacitive loads

    Hi Steffen,

    In line with my recommended parts in my first reply, I found out that the newer ADA4610-2 (dual) could be a much better replacement. It is the direct next generation of AD8512 (dual version of AD8510) and at the same time better trimmed version…

  • RE: to connect or not to connect Multiple ADA4930-2 Vocm(x) together

    Hi Ching,

    You can actually use any op amps as a buffer but I would recommend AD8542, ADA4001-2, or AD8672 because these are low noise, low input bias current op amps that suit your application.

    Also, since you need only two buffers (one for each AD9681…

  • RE: Best method for Voltage Attenuation

    Hi James,

    I would just like to clarify something to make sure I understand your problem. Are the four data you are interested in different channels? I assume that the four data will be fed into different NI DAQ input channels, is this correct?


  • RE: 如何运用运放将0-10V的电压缩减至0-1V之内,求芯片推荐,电路实现


  • ADF4355-2

    Hi! I would like to ask if anyone has details for ADISIMPLL or ref file using ADF4355-2? Especially with loop filter and settings used from datasheet? Thanks.

  • 2*2 MIMO setup


    Iam interested in implementing a MIMO 2*2 scenario where i will use 2 fpgas (1 as the transmitter and 1 as the receiver) where each one  will be connected with one AD-FMCOMMS3-EBZ.
    So the setup will be :
    FPGA_1 + AD-FMCOMMS3-EBZ_1 =Base stati…

  • 4:2:2 8bit ycrcb


    I have the EVAL-ADV7612-7511p video evaluation board .I'm using 7612 to receive  HDMI inputs from camera(720p @60) , and then feed to 7511 to output the video to the screen. 

    camera -> 7612 --> 7511 --> screen

    When adv7612 output 4:4:4 8bit ycrcb…

  • ADV7610 registers 4:2:2


    Thanks in advance.

    I have a input video signal whose format is: YCbCr (Digital YUV) 20 bit (10 chroma + 10 luma).. 1080p60 (1920x1080 60 fps).

    As I can read in this forum ADV7610 only supports four modes for SDR 4:2:2:

                     - 8 bit SDR ITU-R BT.656…

  • ADV7403 YUV 4:2:2?

    Can the ADV7403 output YUV 4:2:2 rather than YCbCr 4:2:2?