Butterworth Filter Approximation-All Pole Filter Design(Part-I)

[@harshit9112]

Very nice sir Kaash college mein teachers bhi isi tarah padaate

[@KKSirEduHub]

😂

[@rishabhnegi3167]

SIr at 11:18 the formula for Omega c in dB, 1/2N is missing from denominators power

[@KKSirEduHub]

okk👍

[@siddhantladdha4857]

@@KKSirEduHub is it true sir is 1/2 is missing ?

[@KKSirEduHub]

@siddhantladdha4857 didnt check

[@siddhantladdha4857]

@@KKSirEduHub tell me sir then

[@VijayKumar-go6cr]

sir in step 3 why you use impulse invariant method to find ohm_c

[@KKSirEduHub]

Better option and easy

[@shubhamkumaryadav4060]

Great job sir, keep it up

[@KKSirEduHub]

👍

[@tanaysingh5106]

He is really a good teacher

[@KKSirEduHub]

👍

[@yashwanthyashu4353]

sir whenever i calculate freq_p,freq_s(analog), i have been getting different values. They haven't been the same as yours. Please clarify sir

[@KKSirEduHub]

okkk

[@rajeshmanna7541]

Sir, what is the value of Ts here

[@rajuaziel4416]

1

[@KKSirEduHub]

@rajuaziel4416 👍👍

[@ShrutiAgrahari0803]

nice sir !!

[@narayanvyas9091]

amazing lecture sir🤓

[@KKSirEduHub]

Keep watching

[@sukhadtyagi6682]

Sir if N=3 then how should we write H(s) and real part of pole is zero

[@AminulIslam-rq8wu]

I think value of cut off frequency in db is wrong?

[@AminulIslam-rq8wu]

There will be a power 1/2N denominator????

[@KKSirEduHub]

👍

[@niharikasrivastava5677]

how omega s value came.?

[@KKSirEduHub]

have explained earlier

[@BEEC_SAUMYAAGNIHOTRI]

Respected sir In step 3 for solving cut off frequency ,sir we have to apply BLT method in full question as asked in problem But in video above you have persued invariant formula for calculating cut off frequency. So is that mistakenly done aur we have to do like that only ???🙏

[@abhishektarun09]

I think it's a mistake.

[@KKSirEduHub]

use BLT

[@tripathipriyanka385]

@@KKSirEduHub Your videos are helping a lot with my master's here in Germany.

[@KKSirEduHub]

That’s a great compliment. Stay Connected👍

[@sakshampasricha5436]

then what is the formula for blt cutoff freq

[@hk-rv7yb]

Good sir

[@KKSirEduHub]

👍

[@hk-rv7yb]

@@KKSirEduHub kab complete hugi second unit

[@KKSirEduHub]

1 lecture aur

[@priyas63]

Sir n =3 aye to hs ka kya formula hoga

[@AnkitMishra-r3j]

9:00, 11:06

[@KKSirEduHub]

ok

[@Rehul-gw3yj]

Sir why you all choose the similar questions

[@KKSirEduHub]

these are asked in semesters

[@asheeshmishra4871]

Sir background noise is really irritating

[@KKSirEduHub]

Its not there in every lecture😀

[@ahamgupta9817]

Design a filter to remove bg noise😂

[@asheeshmishra4871]

@@ahamgupta9817 will send you after designing it 😂😂

[@sakshampasricha5436]

in step 3 for cut off frequency is not coming to be 0.75

[@KKSirEduHub]

Will check

[@aj-rk9rh]

Book me impulse invariant ka alag method hai

[@KKSirEduHub]

yes..ye waala bhi samajh aaega aapko beta

[@highfeel2707]

Sir ek request hai sir video ko serial me Kar dejea..

[@KKSirEduHub]

Serial me hi hain....start from the bottom of the playlist and move up.. Everything is as per your syllabus

[@arnab_16]

piche ko hatora mar raha he ?

[@the_chandankumar]

sir step 4 me aapne N=2 kahan se liya. N toh 2nd step me 1.3 aaya h

[@phoenix-dt2uj]

We approximate 1.3 to 2

[@phoenix-dt2uj]

Order can't be in decimals