DSP#56 Different types of windows to design linear phase FIR filter in dsp || EC Academy

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In this lecture we will understand Different types of windows to design linear phase FIR filter in digital signal processing.
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Опубликовано:

18 сен 2024

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Комментарии : 32

@suvidhasoni4713 3 года назад

Sir please post daily videos realated to DTSP topic so that all topic will cover soon.because exam's are there and your video are very helpful and easy to understand 🙏

@ECAcademy 3 года назад

With my busy schedule.... I will try to upload the videos daily... Do SUBSCRIBE and keep supporting EC Academy 👍

@prince4836 2 года назад

@@ECAcademy which window is the best for designing FIR filters

@foreverfugazi245 4 месяца назад

@ 2:51 I believe you have used causal Bartlett window function's equation, so you must substitute n = (M-1)/2 to get 1. But the plotted function is non causal. Apart from that clear explanation. Thank you

@UECAshutoshKumar 10 месяцев назад

Thank you sir 😁

@kenzakenza5364 7 месяцев назад

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@sandhyacr790 Год назад

Excellent explanation 👑

@ECAcademy Год назад

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@dindispensable6530 3 года назад

Thanks for making such good vedios

@ECAcademy 3 года назад

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@monikbudhvelpula796 2 года назад

Sir, substituting '0' instesd of 'n' in " Bartlett " makes " wt(n) " to "1".May, you explain kardhonaa saab..?

@mayanksingh500 3 года назад

Sir if we take n=0 in Bartlett Window, then Wt(n) will be 0 not 1 as you said at 3:00

@homicidegaming392 3 года назад

Yes sir

@avinawal9863 2 года назад

Yes sir. Please Reply!!

@_Vanshika-ls1kh 10 месяцев назад

same doubt

@shubhamgarg2310 3 года назад

Sir please upload video on FIR filter using Fourier series method

@ECAcademy 3 года назад

I will upload soon... until then do SUBSCRIBE and keep supporting EC Academy 👍

@shubhamgarg2310 3 года назад

Sir in some books there is 0.54+ 0.46 , instead of - ,in hamming window, which one is right?

@ECAcademy 3 года назад

If you take + for n less than or equal to (M-1)/2... we have taken - for n value varying from 0 to M-1 both are correct but the equation which I have written in the video is usually used for calculations Hope this was helpful ✌️ Do subscribe and keep supporting EC Academy 👍🏼

@Ramesh-cp7un 2 года назад

Need more explanation sir

@ECAcademy 2 года назад

Watch next videos… it might be helpful.. Do subscribe and keep supporting EC Academy ✌️

@vamcprabha465 2 года назад

Sir is ideal filters and linear phase filters are same?

@saniyasyyeda3322 2 года назад

Sir is this any link available to get ur this dsp notes I want your notes it's very clear and understandable

@ECAcademy 2 года назад

Message me to my WhatsApp number shown in the description of the video… Do subscribe and keep supporting EC Academy ✌️

@sudhakiran495 3 года назад

As the diagrams are symmetry, but in mathematical equations its not reflecting sir. Could you please let me know how I calculate the center of symmetry in mathematical equations?

@ECAcademy 3 года назад

You can watch the next videos in the playlist... So that you can clearly understand the concept... Do subscribe and keep supporting EC Academy ✌