2x1 CMOS Multiplexer Design in Cadence.

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  • Опубликовано: 2 авг 2024
  • This video details about the design and verification of a CMOS 2x1 Multiplexer in 90nm technology using the Cadence Virtuoso.
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Комментарии • 34

  • @akashkale8278
    @akashkale8278 7 месяцев назад +2

    I have complete 8:1 mux due to your help thanks🎉❤

  • @AdarshTheTechi
    @AdarshTheTechi 23 дня назад +2

    Sir can't we design layout for 2X1 mux?

  • @pushparaj3240
    @pushparaj3240 8 месяцев назад +1

    Thank you sir

  • @rahulbhattu7661
    @rahulbhattu7661 8 месяцев назад +3

    Thanks

  • @AdarshTheTechi
    @AdarshTheTechi Месяц назад +1

    I'm not getting output Y coreectly why?

  • @anarghyabg4342
    @anarghyabg4342 8 месяцев назад +1

    Hello sir, I have used the same parameters used in the video, I have used gpdk180 for the schematic diagram and I created a schematic for Nand gates and then created a 2:1 mux using Nand gates, For the output waveform I am getting spikes, in this scenario what could be the problem?

  • @akashkale8278
    @akashkale8278 8 месяцев назад +2

    thanks for the guidance i also have project of designing and layouting on cadence of 8:1 mux using stastic cmos logic and also dual rail logic and my project guide said to do 2:1 mux for showing him but hey says to verify truth table with output waveform of cadence but here also i can't verify the truth table what should i do ? i have got output following you but it can't verify the truth table for 2:1 mux.. can you guide or suggest ? will help alot thanks...:)

    • @dr.hariprasadnaikbhattu
      @dr.hariprasadnaikbhattu  7 месяцев назад +1

      Hi, since you got the output for 2:1 mux. Waveform is the truth table. See for high and low transition. It represents truth table

  • @vamsikaparthi
    @vamsikaparthi 4 месяца назад +1

    what should i take the widths when i am taking the length as 180nm?

    • @dr.hariprasadnaikbhattu
      @dr.hariprasadnaikbhattu  4 месяца назад +1

      First tell me are you designing analog or digital circuit. Analog width may change. For digital can have default width

    • @vamsikaparthi
      @vamsikaparthi 4 месяца назад

      @@dr.hariprasadnaikbhattudigital

    • @vamsikaparthi
      @vamsikaparthi 4 месяца назад

      Digital

  • @abhaysinha7386
    @abhaysinha7386 8 месяцев назад +1

    Hello sir we have vlsi project 3 bit ripple carry adder I have designed schematic diagram using symbols of xor and nand gate created by me but when I am clicking directly on 3bitrca layoutxl then connectivity ->generate I got many no of nmos pmos unconnected with each other. What should be approach to make layout for that type of big circuit. Should we first make latout for gate symbols like xor and nand gate then go for layout of 3bitrca.

  • @AdarshTheTechi
    @AdarshTheTechi 25 дней назад +1

    Sir can you please provide the notes on your your 2x1 MUX design experiment.

    • @dr.hariprasadnaikbhattu
      @dr.hariprasadnaikbhattu  25 дней назад +1

      Hi, I have used the circuit concept from text book. It is available in any form

    • @AdarshTheTechi
      @AdarshTheTechi 24 дня назад

      @@dr.hariprasadnaikbhattu Can I know the name of that textbook

    • @AdarshTheTechi
      @AdarshTheTechi 17 дней назад

      Sir plz can I get the information or report for this 2x1 mux it will be helpful for my project report🙏.

  • @akashkale8278
    @akashkale8278 7 месяцев назад +1

    Sir can you make a video on 8:1 mux using static cmos logic

    • @dr.hariprasadnaikbhattu
      @dr.hariprasadnaikbhattu  7 месяцев назад +2

      Hi, the process of designing 8:1 mux is similar to 4:1 mux. Use three 4:1 mux to get 8:1

    • @akashkale8278
      @akashkale8278 7 месяцев назад +1

      @@dr.hariprasadnaikbhattu i will try sir thank you and what about the vpulse value should i increase it as you increased in that video?

    • @dr.hariprasadnaikbhattu
      @dr.hariprasadnaikbhattu  7 месяцев назад +1

      @@akashkale8278 you can create your own vpulse

    • @akashkale8278
      @akashkale8278 7 месяцев назад +1

      thanks sir i will give it a try and will let you know thanks for the guidance :)@@dr.hariprasadnaikbhattu

    • @akashkale8278
      @akashkale8278 7 месяцев назад

      i have done making the schematic but the op is not as expected and can't figure it out what's wrong so i was willing to connect with you sir, with email or any sort of social media you will prefer@@dr.hariprasadnaikbhattu