L 11 | DPSK | Differential Phase Shift Key | Digital Communication | Vaishali Kikan

[@opalbrane_student5035]

The patterns gave me the right depth in knowing 😀.Thank u

[@VaishaliKikan]

Happy to help you..
Thank you so much for your motivating comment..
Stay connected for upcoming videos..

[@Bollywoodsongs12344]

If every Clg have this type lecture everyone will going to top

[@Bollywoodsongs12344]

Today I have passed digital communication because of this tx and Rx u have explained tqsm I love your videos mam

[@DSPMATHS]

Simply explained , Thanks

[@kanagab3193]

Thank u so much for Ur clean expn.

[@VaishaliKikan]

I am glad it helped you..
I hope you will stay connected for upcoming videos..
Thanks for feedback..

[@hman4900]

Hello
Thank you for your good explanation
But I have a question
What is the bit stream that is transmitted in this case?
is it 10001001 without the active 1 from previous step
or after shifting 11000100 to 8 bits same size of the transmitted data and ignoring the last one
or all of the set 110001001

[@VayunEkbote]

I think 110001001.

[@gauravthakur7737]

Good Video Mam . It helped a lot.
:)

[@sukalyannayak9625]

Thank you very much maam for making this video.

[@pb19xdhimxn]

Hafe viewer only c u and hafe saw u work video😍

[@isaacgisore7371]

thank you good tutorial

[@Bollywoodsongs12344]

Awesome lecture

[@SAM-hd3tu]

Hamari digital comm ki madam ki bhi same aawaj h... Samjah aa rha h isilye sab ache se

[@naimishtyagi6044]

Use xnor gate at transmitter input

[@lingaiahjada3981]

Good explanation madam but u said previous bits 0 means transition, 1means no transition but u r explained entire topic 0 and 1 as next bit

[@deepakirupakaran4962]

we need graph for dpsk ,please draw and explain

[@shubhamsingh-jp1nu]

Try to make it more easy..

[@FES3-v1c]

Mam love you

[@mirrafee8912]

Mam plz pdf

[@yahyahasannizami1590]

mam aapne xnor gate nhi lagaya h