What is Driving Point Impedance and Transfer Function in the Electrical Circuit? | Network Analysis

[@ALLABOUTELECTRONICS]

The Link for the other useful videos related to Network Analysis/ Network Theory:
1) Circuit Analysis using the Laplace Transform:
bit.ly/3QpOgax
2) Two-Port Network (Playlist):
bit.ly/3u7jr1J

[@robertthomason8905]

@@ALLABOUTELECTRONICS all I wanted to do was get home 👽👻

[@mayurshah9131]

Very very informative and nice 👍👍

[@이완구-q7m]

Step by step explanation! And from easy ex to complex ex. Good!

[@hamzausman7570]

keep on making such videos bro you are the last hope

[@p.akhila8351]

Superb explanation sir

[@stevekoehn1675]

You guys are so smart but so hard to understand (for my old ears) the closed captioning helps. Thanks

[@robertthomason8905]

Screen shoted the screen a few times myself. PZT and the piece of the puzzle Pias put together from a bunch of zeros and ones from the 70s many lines of zeros and ones Wikipedia gave the subject matter.

[@GRAB..INFINITE]

Sir where do you get these questions??,these questions are good enough..

[@ALLABOUTELECTRONICS]

They are from standard books.

[@sai8442]

Please upload relations between parameters in 2port networks

[@Pradeepsinghkaurav]

thanks sir it helped a lot.

[@Henng.c-b]

Applying identities is easier for me.

[@theflamecoreguy7929]

like your channel but u make it complex

[@ritik813]

Sir upload this video lacture pdf sir

[@wasimpatel7930]

Bro is appyling Wrong KCL

[@ALLABOUTELECTRONICS]

Where in the video you feel it is wrong. Please mention the timestamp.

[@hassanriaz3571]

​@@ALLABOUTELECTRONICS you applied KVL, i believe he is referring to the 2nd last example