cadence tutorial : Operational amplifier design in cadence Part 1c. Diff amp design

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  • Опубліковано 8 жов 2024
  • this video describes cmos operational amplifier design and simulation
    part 1a: differential amplifier.

КОМЕНТАРІ • 43

  • @creativeworldwithhibbafarm1210
    @creativeworldwithhibbafarm1210 3 роки тому +2

    It's been very long since the last video is uploaded. Could you please continue uploading such videos? Thanks

  • @kavindradwivedi4989
    @kavindradwivedi4989 7 років тому

    thanks a lot sir.. it was very easy only due to your way of teaching

  • @ankit20ify
    @ankit20ify 11 років тому +1

    Hello sir,
    All videos r really very informative.
    I'm eagerly waiting for the next videos .
    Thank you very much.

  • @amithpandit4043
    @amithpandit4043 7 років тому +1

    Hi Hafeez, your videos are really useful for a beginner to learn Analog Design methodology. Can you discuss how to design a simple LDO? Thanks :-)

  • @sarojmondal5495
    @sarojmondal5495 11 років тому

    Hello Sir,
    All the videos are excellent.....I am really happy to listen you lecture.....Thank You sir for giving such nice design methodology....

  • @ishatamrakar5622
    @ishatamrakar5622 8 років тому +1

    thank you it is very good and easy to understand

  • @prateeksingh5718
    @prateeksingh5718 5 років тому +2

    sir i was using synopsys custom compiler, and the uncox upcox values were different.i am facing two issues.if i am keeping the supply vdd as 1.8v then seeing some mos are not in saturation. one more thing is the tail current source mos current number are not matching even though the vgs is same, basically in the current mirror circuit both the mos are having different current.any suggestions

  • @trivi4a6
    @trivi4a6 9 років тому

    Thank you very much hafeez,....These videos are really awesome and extremely helpful.

  • @NexusZen
    @NexusZen 10 років тому +1

    I like your tutorial. It is much better than the one in cmos.edu

  • @yousefbilbeisi1530
    @yousefbilbeisi1530 11 років тому +1

    thank you for the video , i will use it in my future homework and projects , i really learned allot from you , thank you for the design steps ,
    im looking forward to learn from more of your good work ,
    best regards

  • @banothkrishna3608
    @banothkrishna3608 2 роки тому

    Thankyou sir.....can design Latched comparator w and L values

  • @gauravdudhkohale4372
    @gauravdudhkohale4372 10 місяців тому

    Hello sir, to find W/L ratio of transistor M3 and M4 we went through simulation and for M1 and M2 we are going through different approach(using transconductance),why we can't go by same approach like M3 and M4. plz clear it

  • @kothapalliavinashkumar8699
    @kothapalliavinashkumar8699 7 місяців тому

    Why you are giving input to one of the mosfet only in ac analysis
    For differential amplifier same should be given in 180 degree phase to another one also naa. Correct me if i am wrong

  • @ramialzahrany9712
    @ramialzahrany9712 9 років тому

    Thank you a lot. It is very helpful. Jazak Allah Kheer.

  • @KareemHKhattab
    @KareemHKhattab 9 років тому

    Very Good Tutorial, Thanks

  • @deepakroy82
    @deepakroy82 7 років тому

    can you plz make 1 video for finding output impedance of a current mirror in mentor or cadence

  • @TheSakr289
    @TheSakr289 Рік тому

    Great. But, when we use calculator to calculate GBW product, we see rather a different value of GBW. Why is that so?

  • @kavyahegde8636
    @kavyahegde8636 2 місяці тому

    What is the phase margin for the above circuit?

  • @98505177229850590818
    @98505177229850590818 11 років тому

    an excellent video

  • @azamatkukenov5135
    @azamatkukenov5135 10 років тому

    hi thanks for such a good video. i wanted to ask: i want make gain 15db gain. how can i find w/l, ICMR etc values. thnxs

  • @ramialzahrany9712
    @ramialzahrany9712 9 років тому

    I really respect you man

  • @nurahmadomar9399
    @nurahmadomar9399 9 років тому

    Very good tutorial, Thx.

  • @jananibabu8784
    @jananibabu8784 11 років тому

    Informative tutorial Thanks a ton. For the same design values my MOS are in triode region any tips?. I have a doubt of why there is a current value in VDD.( @6.39 sec)

  • @shreenidhipatil2724
    @shreenidhipatil2724 8 років тому

    Very nice video sir :)

  • @joshan3057
    @joshan3057 4 роки тому

    What is the value of vdd?.. Supply voltage at the left of the circuit?.

  • @ravichanderb608
    @ravichanderb608 Рік тому

    sir try to design three stage NMC op amp

  • @jainwalkapil
    @jainwalkapil 11 років тому +1

    pls upload two stage design pls ..

  • @bhuvi441
    @bhuvi441 8 років тому +1

    At 1:20 , how is Vin > Vgs1 + Vdsat ?? I cant understand this part ! Would be great if someone could help me out !

    • @sreerej1
      @sreerej1 8 років тому +3

      +Bhuvanesh N apply KVL there..and > sign is, since Vcmr_ is the min common mode voltage than we can apply according to design perspective.

    • @bhuvi441
      @bhuvi441 8 років тому +1

      +sreerej1 How do you say KVL ? I dont get how he would come up with that equation using KVL, could you explain a bit more ? Vin is not connected to the circuit at all since the gate is high impendance and thus can be considered to be open circuited, badly want to know how this equation fits here though KVL, would be great if you could help a bit more :)

    • @alfhanahmed
      @alfhanahmed 5 років тому +3

      This discussion was 2 years ago, but i would like to answer.
      Vin should be greater than 0.8 w.r.t ground.
      from the gate of M1 i.e vin to ground should be greater than 0.8V.
      there are two voltage drop point between vin and ground which is Vgs1 and Vds5.
      since Vin should be greater 0.8V
      vin >Vgs1 +Vds5.
      hope u understand.

    • @Rock11211
      @Rock11211 10 місяців тому

      @@bhuvi441
      Let's discuss in a general way:
      Vin2=Vg2
      Vs2=Vds5
      Vgs2=Vg2-Vs2
      Vgs2=Vin2-Vds5
      Vin2=Vgs2+Vds5
      Vin2>=Vgs2+Vds5 (Because the video has considered the minimum value here 0.8v, so either 0.8v or more)
      Please correct me, because it's just my assumption.

  • @educativeedge4622
    @educativeedge4622 2 роки тому

    anyone can provide notes about this calculation

  • @prashanthprabhas40
    @prashanthprabhas40 8 років тому

    please provide a link to download the cadence tool

  • @manoharmanu9095
    @manoharmanu9095 6 років тому

    Can I get that cadence software for free

    • @KamranKhan-co6ox
      @KamranKhan-co6ox 2 роки тому

      Yes. Use vmware

    • @emmanuelinnocent4505
      @emmanuelinnocent4505 2 роки тому

      @@KamranKhan-co6ox please how can I get the Cadence Virtuoso software for free for Ubuntu?

    • @HDgaming345
      @HDgaming345 2 роки тому

      @@emmanuelinnocent4505 search on UA-cam cadence free download. There're many videos.

    • @emmanuelinnocent4505
      @emmanuelinnocent4505 2 роки тому

      @@HDgaming345 Thank you very much. I'll do that.