VTU DSP Lab FIR Filter Design Low and High Pass

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  • Опубликовано: 29 окт 2024

Комментарии • 12

  • @_LauraElizalde_
    @_LauraElizalde_ 3 года назад

    Thank you, this is really really helpful... :)

  • @Sulaiman-km4dz
    @Sulaiman-km4dz 2 месяца назад

    Sir , what if order of the filter is odd? Could you tell me

  • @mahmudaislamchowdhury3089
    @mahmudaislamchowdhury3089 2 года назад

    hello sir, this video was very helpful. but is it possible for you to do the same thing using stopband frequency and passband frequency?

    • @vayusutham8082
      @vayusutham8082 2 года назад

      it can be done for IIR filters ... for FIR... im not sure... will check and upload it

  • @quadriquadri1655
    @quadriquadri1655 3 года назад

    sir, I have a doubt
    I am using the GUI program in MatLab so I have designed an RLC circuit so when the user enters the value of R, L and C ryt but I have to how It displays the type of filter it is (low pass, high pass, etc.) for will be the code for that? can you help
    thank you

    • @exploringlatex8693
      @exploringlatex8693  3 года назад

      As per my knowledge.. Type of filter (I.e.. High, low, band pass or band stop) is decided by the configuration(how you connect rlc network) ... Not the value of rlc... I mean to say... First you have to configure rlc network and then decide their values...

  • @puterianis9631
    @puterianis9631 3 года назад

    hello sir, how can i compare a magnitude frequency responses with a specific filter length? the filter length was given. how to declare the filter length?

    • @exploringlatex8693
      @exploringlatex8693  3 года назад

      When you say filter length, are you talking about order(N) of the filter or the length used to plot magnitude and frequency response of the fiilter???

    • @puterianis9631
      @puterianis9631 3 года назад

      @@exploringlatex8693 i think it is a length to plot the magnitude and frequency response because the question gave the filter coefficient such as 31 filter coefficient

    • @exploringlatex8693
      @exploringlatex8693  3 года назад

      @@puterianis9631 solution is in line 14 ... starts from 4:54

    • @puterianis9631
      @puterianis9631 3 года назад

      @@exploringlatex8693 thank you sir!

  • @inquisitiverakib5844
    @inquisitiverakib5844 2 года назад

    high pass filter 5:57