nice for a 14 minute lecture. I wish you had explained more about the engineering perspective about the maximum frecuency acceptable for a given recovery time and a little more detail on the condensed matter physics. Thank you. Indians are the only hope on solid state physics on youtube!
nice for a 14 minute lecture. I wish you had explained more about the engineering perspective about the maximum frecuency acceptable for a given recovery time and a little more detail on the condensed matter physics. Thank you. Indians are the only hope on solid state physics on youtube!
i doubt that, they are frickin little dummies.
"refer figure5.18" on "chapter -5 Junctions" in book "solid state electronics by "Ben G streetman" 6e
Every minor doubt I was having was very precisely cleared in this video....... Superp lecture
Can u also put analog electronics... this teaching of uas is helping a lot.. thank u so much...
Did you mean p side at 8:51 ?
I really meant n - side @ 8:51.
Sir please provide MOSFETs part.🙂
I think it is p side sir ,if not plz explain
@@techgurukula how electric field can send holes to n side sir. It should be p-side. Correct me if I am wrong.
Nice explanation.
why slope is zero(initially it was finite) in "del p vs xn" graph as time progresses?
@mr.rachet You will not get the answer, it is because of "Copy" and "Paste". A very few youtube channels explaining this in-depth fact.....
refer article 5.5.2 in book "solid state electronic devices by ben G streetman 6e" you'll find these 3 diagrams (in video) there
Was a good attempt and section but unlike the rest this section felt a bit hurried lacking proper explanation
Sir please teach a little bit slowly..
Tq sir
Can u also put analog electronics... this teaching of uas is helping a lot.. thank u so much...
go for RAZAVI electronics
No he cant