Continue to Site

Welcome to EDAboard.com

Welcome to our site! EDAboard.com is an international Electronics Discussion Forum focused on EDA software, circuits, schematics, books, theory, papers, asic, pld, 8051, DSP, Network, RF, Analog Design, PCB, Service Manuals... and a whole lot more! To participate you need to register. Registration is free. Click here to register now.

Recent content by newbie1

  1. N

    the location of the compensation cap

    is there any problem if I connect the compensation cap ( right/left terminal for the cap on the left/right hand site) to the output of the 1st stage (the telescopic stage)?
  2. N

    the location of the compensation cap

    the attachment is cited from baker's book (2nd edition), p876-p879, please focus on p879 figure 26.22 (the others are for youre reference). my question is: why the compensation cap ( right/left terminal for the cap on the left/right hand site) is not connected to the output of the 1st stage (the...
  3. N

    how to configure an fully differential opamp as follower?

    refer to the attachment, in what application do we use the follower configuration? i just thought that configuration is used to test the output dynamic range. please give some comment.
  4. N

    how to configure an fully differential opamp as follower?

    attachment is the follower configuration for single end opamp, but how to do the same thing for fully differential opamp ?
  5. N

    how to model this in matlab?

    thanks for your reply, i know how to derive the transfer function, but that function can only be derived based on a linear model of the quantizer, here we are going to investigate the real performance rather than linear model, i do have the code to describe the quantizer, but the thing i...
  6. N

    how to model this in matlab?

    please refer to the attachment (part a only), i am required to model this in matlab code, but not in simulink, could you give some hint or example how to code this model?

Part and Inventory Search

Back
Top