What an explanation....!! Thank you so much sir for this detailed explanation i have searched for this a lot but i found your video & understood this derivation clearly... Thank you so much sir...❤️🙏🏻
From Tamilnadu, All videos for RC phase shift in TH-cam was not clear in solving but you gave the best clarity solving method and easy best one than others .
Sir nijamga sir maa sir cheppetappudu konchem kuuda ardam kaaledu sir kaani mee vedio chusaka nijamga okka attempt lo pass aipovachu sir meeru cheppe prathi oka question maaku life mottam gurthu undelaga cheptaru thanks again sir please do more and and more and more vedios in all subjects please especially ECA tough subject please sir🙏🙏🙏🙏🙏🔥🔥🔥🔥
First time oka tutor video ki comment chestunna. Your explanation levels 👌👌🔥.continue like this sir all the best. Okasari chusa rc phase shift oscillator vachesindi 👌😂
Anna endi anna eee explaination 😂😂.. assal enta pedda derivation ni bore Kottakkunda jagrattaga neat ga explain chesav ga anna... Ni telugu undi anna asalll 😂... And aaa cool ness ndi saami .. nvv eee teaching elane continue chesi manalanti back benchers ni vidyavantulani chey saami 😂.
@@ushendrasengineeringtutori4259 already chesanu sir, maa frnds 12 members ki share kooda chesanu 👍💥❤✨🇮🇳 and one small request, more videos ilaane cheyyandi mee explanation chaala baagundhi bcaz memu kooda Backbenchers A 😁😅 Q1 :- operation of a transformer coupled Class-B Push Pull power amplifier. Derivation for maximum efficiency Q2 :- Single tuned capacitance coupled amplifier and its operation. Derivation for the expression for overall magnitude. I hope you'll do videos on this topics as soon as possible and this will more helpful to us ❤🙏 once again thank you sir ❤🙏
Sir, one terminal of third R must be grounded, right?? Instead of connecting it to the base. If not the third RC network will not be cascaded with the second one......... I mean to say why can't we make the 3rd resistor R' parallel to hie (i/p resistance of transistor)?
I didn't do analysis to that extent., Expression for frequency of oscillations was important and so focused on that. Took care in such a way that one may get any doubt while deriving the equation. And that too I did this video long back. So don't remember the topic to that level you asked.
This expalanation was better than by professor's teachings. Thank you Sir.
Thank you for considering my video 😊
Mi explanation Dehradun Sir. punju la chepparuuu.🐓🐓🐓🐓🐓🔥🔥
Nyc explanation sir
The way uh teach is far better than my clg faculty
Thankuh sir ❤
Sir. Excellent Explanation it works for my semester exams. Crazy Explanation ❤️❤️❤️ so simple
thank you sir nice explanation . mi explanation lo antha derivation clear ga ardham ayindhi keep going :)
Super explanation sir no words to say 🔥🔥🔥🔥🔥 you are an all rounder sir
What an explanation....!! Thank you so much sir for this detailed explanation i have searched for this a lot but i found your video & understood this derivation clearly... Thank you so much sir...❤️🙏🏻
Tq for the support 🤝Do subscribe and click on bell to get updated notification which may help you
I'm from Gujarat I don't understand tamil but still got the derivation...Thank you so much sir once again....🙏🏻💐
Its telugu language, if u fall difficulty in understanding requested videos can be taught in english 👍
Please go through the channel for more important videos
Channel link is below👇
th-cam.com/channels/BJqzs3K4GIR0qQKEgwgpCw.html
Okay sir 😊 Thank you 👍🏼
From Tamilnadu, All videos for RC phase shift in TH-cam was not clear in solving but you gave the best clarity solving method and easy best one than others .
Thank you very much for the appreciation 😊☺️
From kerala sir.... U said so clearly and slowly that I understood ur Telugu class. Good job
Happy to know my video helped u. Thank you. All the very best. 😊
Sir nijamga sir maa sir cheppetappudu konchem kuuda ardam kaaledu sir kaani mee vedio chusaka nijamga okka attempt lo pass aipovachu sir meeru cheppe prathi oka question maaku life mottam gurthu undelaga cheptaru thanks again sir please do more and and more and more vedios in all subjects please especially ECA tough subject please sir🙏🙏🙏🙏🙏🔥🔥🔥🔥
Thank you so much sir,your patience 🙏
thank you very much sir this video is very helpfull to me to learn ✍👍
Very nice explanation sir .It really helped for my semester exam 😊
All the best ☺️☺️
your video is great simply awesome
Helped a lot for my semester exams sir
Thanks a lot
Happy to know that 😊😉
The way u said manalanti back benchers kosam was too hilarious 😂🤣🤣🤣👌👌👌
Tq,. Tq
Sir ecad syllabus gurinchi anni videos cheyandi plz sir.... You're videos are very helpful
Fabulous 👌👏clear in one video
Sir meeru extraordinary ga explain chesaru this video helped me a lot 👏👏
Tq so much..
This explanation is very easy better than my sir's explanation
First time oka tutor video ki comment chestunna. Your explanation levels 👌👌🔥.continue like this sir all the best. Okasari chusa rc phase shift oscillator vachesindi 👌😂
Broo oscillator derivation cheysinandhuku thanks broo
Ee derivation asallu chikadhuu 👍👍
Beautiful explanation by exports sir
Anna ma madam pichi lepi dengindhi anna nuv mamuluga cheppale asal hatsup bro ⚡⚡
Amazing explanation sir😊
Clear explanation bro .especially for back bench students.
the love sign instead of 'o' in 'oscillator' is just cute lol.... loved ur teaching though...
Thanks 😜
Thanku so much sir❤️❤️
Meeku meee explanation ki take a bow sir ❣️🙏
Anna endi anna eee explaination 😂😂.. assal enta pedda derivation ni bore Kottakkunda jagrattaga neat ga explain chesav ga anna... Ni telugu undi anna asalll 😂... And aaa cool ness ndi saami .. nvv eee teaching elane continue chesi manalanti back benchers ni vidyavantulani chey saami 😂.
Excellent explanation sir exam ki oka 1 hour mundu chusina vachestadi entha lengthy derivation simple ga cheparu thank you❤🌹🙏 sir
Sir really really thank you so much 🥳🥳🥳❤❤❤🙏🌹🌹🌹
Mari subscription ivvachugaa please
@@ushendrasengineeringtutori4259 already chesanu sir, maa frnds 12 members ki share kooda chesanu 👍💥❤✨🇮🇳 and one small request, more videos ilaane cheyyandi mee explanation chaala baagundhi bcaz memu kooda Backbenchers A 😁😅
Q1 :- operation of a transformer coupled Class-B Push Pull power amplifier. Derivation for maximum efficiency
Q2 :- Single tuned capacitance coupled amplifier and its operation. Derivation for the expression for overall magnitude.
I hope you'll do videos on this topics as soon as possible and this will more helpful to us ❤🙏 once again thank you sir ❤🙏
Superb expalanation Sir...
Nice and easy explanation sir tq so much...
Thank you.
God of teaching
God bless you love you
Super ga chepparu sir 👍🙏🙏👏👏👏👏
Thank you so much for your valuable 💕 time and explanation is very useful.... especially one day batting time😂🙏
Thank you for sparing your time in dropping the comment., All the best for your exam.
me way of teaching super sir ........❤
Wonderful explanation sir
Extraordinary,superb sir❤❤❤❤
hope I know this channel earlier 🥲 excellent teaching 👏🔥🙌TQ u so much sir😇😇
Thank you 😊
Extraordinary explanation sir
Nice explanation sir,its really helpful ✨
Thanks 👍
Sir idanta oka notes lo pdf chasi pattandi sir note chayadaniki koncham difficult ga undi. Thanks for your video.
Sure., and thank u for ur support., 😊😊
Sir, Darlington pair explain cheyandi sir...
Superb sir.....😊
Good explanation sir &
post some more videos
Subscription please., 😊
Super sir
thank you sooo much sir... it's super explanation sir
Thank you 😊😌
Thank u so much sirrr
Sir miru Lakapota mamu am ipotamo anto😅😅.pls electro magnetism and transmission lines subject mida videos chayandi sir pls nanu aa subject fail ayanu.
Simply outstanding 👌
TQ ☺️
Just awesome ❤
Great explanation 🙏
Very helpful sir😄
Fan from last bench
😍😍
Superr sir for backbenchers 👌
Nice explanation sir thank you so much
Don't understand the language... but derivation is clearly understood ❤
Thank you very very much 😊😊
Sir please make videoes on english 🙏🙏🙏🙏
Super sir 🥰🥰🥰🥰🥰
Sir what about using opamp
Anna thevinins chesetappudu second loop lo 2R ela vachhindi bro
tq sir
TQ sathwik
What a explanation sir 3 questions cover ayayee
Tqq
Super 👌👌👌sir
Sar are you drawing only the output circuit at 4:25 of this video?
The feedback part and output. Because the frequency of oscillations depends on this.
Sir, one terminal of third R must be grounded, right?? Instead of connecting it to the base.
If not the third RC network will not be cascaded with the second one.........
I mean to say why can't we make the 3rd resistor R' parallel to hie (i/p resistance of transistor)?
I didn't do analysis to that extent., Expression for frequency of oscillations was important and so focused on that. Took care in such a way that one may get any doubt while deriving the equation. And that too I did this video long back. So don't remember the topic to that level you asked.
Sir FET analysis on rc phase shift oscillator chapadii
Saviour
Thank you sir
Frequency of rc phase oscillator
🙏🙏🙏🙏🙏🙏🙏🙏
🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗
♥️♥️😍😍😍😍
Thank u
good afternoon sir
Superb
Tq. Support me with ur valuable subscription please
Is that op_amp circuit?
I hope you didn't see the video completely
@@ushendrasengineeringtutori4259 why, I want to derive the bjt and opm!
Are they in the channel?
and thanks
Sir can I write these answer in exam ??
Yes., you can 👍🤞
😢😊
😥😊
Hi sir
Hi sir i want dsd
Sir hndi
hi
Sir Hindi language bhejiye sir
I'm so sorry. I did not do the video in hindi.
Sir,u are joking .....u r not backbencher I think soo 😁
amca anlamadım ya
The way of telling is very allergetic
Thank you for your feedback., I will improve myself. Will make allergitic -less videos.
Thankyou so much sir.🙏
Super sir
Tq tq Tq Tq so much Anna....U helped me a lot thank you so much...keep supporting us 🤝❣️
TQ 😊
Thank you sooo much sir
Super sir
Sir FET analysis cheppandi sir and also how to draw small signal model to the given circuit e rendu topics assalu ardam avvadam ledu
Best way of explanation 👏👏👍
Tq sir for your videos by your videos only i have passed Analog circuits.
Sounds really good. Happy to know my videos helped you. All the best for your future.
Thank you so much sir
Thank you so much sir!!
Tq so much sir ❤️