Комментарии:
Thank you
ОтветитьCan you tell me where you got the 3.3 mA and 8mA?
ОтветитьWhat happens if Vgs is positive?
ОтветитьHow can we determine Q point for this configuration ?
ОтветитьGuys are athere any differences between Idq and Id or Vds and Vdsq or Vgs and Vgsq
ОтветитьEspecially the parts where you simplify everything ☹️☹️😩😩😩😩😫😫
ОтветитьSir I’m grateful for the video but can you please try not to skip so much of calculation stages please 🥺🥺🥺🥺it’s really stressful when you find the right video but the thing you want the most is what the tutor skips 😭😭😭😭😭😭 re do the ID current solution step by step please
ОтветитьPlease help how to solve those large quadratics in jfet voltage divider problems
ОтветитьBro, you have no idea just how thankful i am for this vid. Thanks
ОтветитьCan you please tell me how you reached from the second line to third line at 12.50 mins
ОтветитьSir How to find Rs(min)
Ответитьwhere is the subtitle
ОтветитьGreat video sir 👍👌💚
Ответитьthank you sir. can you tell me where does 1100 come from?
ОтветитьVery well explained !!
Can you also make videos on Feedback amplifiers?
Sir please review! the formula use in mathematical approach to make Q.Eq was wrong.
ОтветитьBhiaya kya aap JFET k small signal analysis videos laa skte hain ? Bohut helpl ho jayegi
ОтветитьThank you, this helped me
ОтветитьThe capacitor is a delay timer
ОтветитьI waited for this video and it is released 2 weeks after my final exam😑
ОтветитьRs = 550, Vds ≈ 4.75 V, Vgs ≈ -0.89 V, Id ≈ 5.5mA
Rs_min ~ 470 ohm (<= this is wrong, for more info pls see below)
Sir do a video on SCR
ОтветитьExcellent 👌 as usual 👍
ОтветитьBro which department u studied in college bro please tell me
ОтветитьBest explanation 👌🏻👌🏻
ОтветитьBrother 1st view
ОтветитьBrother 1st view
ОтветитьNice expilation
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