Thank you very much for your good illustrations. Please, the coefficient 1/4 related to Z^-3 must putted before the sum (i.e. not between Z^-3 and Z^-4), Is it true? Thank you again.
A digital filter has h(n) = {-3,-2,0,2,3}, then it has a. no linear phase b. symmetric linear phase c. anti symmetric linear phase d. none of these which one is correct?? Please answer ma'am I think *a* is correct
Which of the following condition should the unit sample response of a FIR filter satisfy to have a linear phase? a) h(M-1-n) n=0,1,2…M-1 b) ±h(M-1-n) n=0,1,2…M-1 c) -h(M-1-n) n=0,1,2…M-1 d) None of the mentioned View Answer Answer: b Explanation: An FIR filter has an linear phase if its unit sample response satisfies the condition h(n)= ±h(M-1-n) n=0,1,2…M-1. i think answe is c
I have my DSP exam tomorrow at 10:00 am and I am watching it now. Crystal clear , thank you ma'am.
It is very useful video to understand the method clearly. Thank u Ma'am.
Tnk u ma'am. Ur teaching is very helpful to me
Please share with friends and juniors also
Thank you ma'am. You explain very well.
Thank you so much mam,Understood very easily,God bless you mam😀😄
You explaination is very clear and good
🤩
Thank you so much miss🙏❤️
thank you for your efforts
Ma'am video was very good, Thank You.
Thanq mam.. Nice and clear explanation.. very helpful..
Please share with friends and subscribe
@@EasyElectronics_jobupdates ok mam..
pls tell me totally how many realizations are there in FIR?
All the possible realizations are made as videos in the DSP playlist. Direct form cascade form lattice linear phase these are possibke
Mam trust me your 5 looks like 6 and confuse me all time . But your the best love from north
Yes I will change that for sure
Hello mam, for N = odd realization, the term 1/4z-¹ won't the multiplier '1/4' be placed on the black branch and not the blue? Pls clarify. Thanks
Mam I have a doubt while adding all 4 in odd realisation can't we just take one summer and add all to it instead of taking 3 different summers
Yes
Understood very much
Thank you very much for your good illustrations.
Please, the coefficient 1/4 related to Z^-3 must putted before the sum (i.e. not between Z^-3 and Z^-4), Is it true?
Thank you again.
Yes, this is the way found after referring many videos
Thank you so much. Well explained.
Superb explanation maam and please upload videos on lattice pole structure
A digital filter has h(n) = {-3,-2,0,2,3}, then it has
a. no linear phase
b. symmetric linear phase
c. anti symmetric linear phase
d. none of these
which one is correct?? Please answer ma'am
I think *a* is correct
Yes I think a
Which of the following condition should the unit sample response of a FIR filter satisfy to have a linear phase?
a) h(M-1-n) n=0,1,2…M-1
b) ±h(M-1-n) n=0,1,2…M-1
c) -h(M-1-n) n=0,1,2…M-1
d) None of the mentioned
View Answer
Answer: b
Explanation: An FIR filter has an linear phase if its unit sample response satisfies the condition
h(n)= ±h(M-1-n) n=0,1,2…M-1.
i think answe is c
Very helpful ma'am
Thank you very much mam.
Nice explanation 😍
Plz upload new topics in dsp
Mam, design an ideal High pass filter with Hd (e^jw)=1 for π÷4
gud explanation mam its vry helpful thanq....
Thanks
Good and neat explanation
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Miss ADC quantization noice ntem coefficient quantization errors ntem oru vedio pattumengil cheyyane
Nokatte, already kure Topics eduthitund. Teerchayayum try cheyam
Ok miss.
😍
thank u very much ma'am
Madam what we need to do if the given equation in two product form
Make to the form that is taken in the video like open the brackets
@@EasyElectronics_jobupdates tq madam
Your videos on dsp really helpful for my exams.
Great mam
Thanks a lot mam
oops mam I think 1/4 should not be kept there (for z^-3) I think you can include it in the black line you drew
Thank you 🫶
Useful thankyou
Mam please tell me about butterfly line diagram
It's already in DSP playlist, I will share the link
th-cam.com/video/HM2pIQpzg0A/w-d-xo.html
Or you want linear phase butterfly line diagram
@@EasyElectronics_jobupdates mam! I am form jntuk ,,DIT-FFT ALGORITHM
@@EasyElectronics_jobupdates thank you mam
والله شريفة
Thank you mam it helped me a lot .you made me understand the concept easily without any confusion .thankyou once again mam
Please share and subscribe
@@EasyElectronics_jobupdates subscribed mam
@@Keerthana.J u made my day. Please share also 😍
Thanku very much mam
Thankyou ma'am
Mam it videos are awesome .mam pl make videos on design fIR filter using window technique,frequency sampling technique.
Frequency sampling I will do
@@EasyElectronics_jobupdates thank you mam.u r really a great teacher Mam.......
so cute maam
Mam plz also make videos on multirate digital signal processing
Upsampling downsamling video is already there
Yes mam,but plz Mam make more videos .in that unit more topics are there Mam..thank you for reply Mam.
Thank u mam ..
Please subscribe and share
Tq mam
make a video on Lattice-Ladder realizations of Digital filters
Lattice realization video is in playlist
@@EasyElectronics_jobupdates that' only lattice right...but I need ladder combined with that
I will try to.do it
Thank u madam
Nattil evideya
Plz mam make videos
🙏🙏
Oru minus vannal ndh chyum mam
Minus vannalum athinte + (- value ) enu edukalo. Adders matre use cheyan pattu
Next week we have exams mam
么么哒.
Don't try to extend the video just by repeating the sentences over and over again
Don't laag...
mam pls check ur mail plssssss
I have checked but I was busy that's y didn't reply
Yes the Topics u have mentioned are important
Thnku so much ma'am 🙏🙏🙏🙏
Thank you very much mam.
Thanks mam
Thank you mam