DERIVATION OF RC PHASE SHIFT OSCILLATOR in simple way | Hindi | Electronics Subjectified

In this video I have explained frequency derivation of RC phase shift oscillator. Watch till the end to understand it ! Be Patient ! It's easy !
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#rcphaseshift #Its_Lengthy_But_Its_Easy
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[@ElectronicsSubjectified]

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[@kaisalagayemazak4804]

KVL kbhi bhi node pe nhi, loop pe lgta hai. I Know, you know...but just clarification! Step1 and step 3 statement correction...btw awsome explaining, better than some of colg proffs.

[@vrankyrule]

Thank-you for the lectures i successfully completed my engineering

[@deepakm9377]

GODDAMN IT! The best, simple,compact way of delivering concepts. You have become a source and reference even to my faculty in my University. hope you will continue with a lot more. THANKYOU

[@ElectronicsSubjectified]

Thank you :)

[@mohdfaheem538]

Best explaination ever
Love it didi
You really made it easy
The problem which took 2hrs for practising each step from college material
You made it 7min
😍😍😍😍😍😍😍😍

[@kalyanibarapatre4950]

Hey bhagwan apko pata nhi aap mere liye kya ho😭😭😭maine pura TH-cam chhan mara rc phase shift k derivation k liye pr mujhe ye wala kahi nhi mila... I was so tensed... ye same hamko 7 marks k liye ata n u saved me apne pura tension dur kr dia mam😭really u such an angel❣😢plsa ab jaldi se hartley and colpitt oscillator ka derivation dalo mam 15 days baad semester hai...

[@ElectronicsSubjectified]

Thank you.. I will try to upload more derivations.

[@maheshmahe2339]

iam in love with your voice ,thanks a lot....keep rocking.

[@Badhlan_Music]

Thanks ,mam mere exam ki saari tyaari aapki videos se huii hai
Aap bhut asaan samjati hai 😊😊😊

[@saishiva5320]

finally found a time worthy video💫

[@__peacefragment__3477]

Great trick! Understood very well step by step! Thank you!

[@ujjwalkumar2276]

Very nice teaching and explaining methodology....great keep it up...hopefully i wish to see like you in my NITs

[@rohitrahulgupta1]

Got it.
Such a great explanation.
Tq

[@kanthgamer8289]

Nice explanation madam tq for the given information 👍

[@karthikapyla1297]

Thank you so much u made it very easy thank you thank you

[@ravikumargautam2465]

Mind-blowing just mind blowing 😶
Keep it up ☺️
Bus kal pass ho jaau

[@pritamsahoo9515]

Ma'am just special one this is , i think it is difficult but after watching video it is easiest now .thanks a lot ma'am....

[@naveenmalampati6348]

Love you for explanations 😍

[@kanthgamer8289]

Madam your exploration was very good mam 🙏🙏 great teaching 👏👏

[@anandm5717]

Very helpful

[@sravanthichimma6708]

Mam love you from hyd 💕♥️😘..loved it you are making every tough theory is very easy...you are rockstar 💕❤️

[@mamtaranjan6142]

Thank you so much❤

[@yaminivanga530]

Thank you ma'am.. It was really amazing

[@gorgetothreeone314]

Awesome. Love you for explanations
..

[@RajuKumar-ho4jj]

It was great explanation

[@alishaanand7503]

Thank you so much mam
Very helpful

[@m.sanjanasonu3209]

Thank you

[@RishavKumar-xj4uq]

Very nicely explained mam ..
Thanks

[@dr.sardarinderjeetsingh4557]

Simply excellent

[@paviammu8500]

Mam i dono to speak hindi even i cant understand. But your explanation was awesome. I understood all the steps in the derivation. Its really useful...

[@adham5026]

Thank you 😊

[@-JKalyan-xc1nx]

Nice explanation mam

[@rathodanil4705]

Thank U love U yarr❤

[@technology956]

Very good mam

[@sushillodhi6582]

I love your voice❣️❣️❣️🥰🥰🥰

[@tulips9974]

Thanks ☺️☺️☺️

[@Sndip_Police_awareness]

Very nice

[@mohitrongare4033]

Though good but add why we need 3 branches of RC limitation of ckt
And gain condition u miss them in all videos ...u r good for quick revision but not throughly concept ... but gr8

[@komalpd6720]

thank you❤
you saved me😂

[@meyun4699]

Tanku mam'm thanku so much

[@AloneDevotee]

Thanks mam

[@gauravsahu6946]

Thnx

[@frodobaggins235]

Thank you ma'am. You really helped me 😊

[@neha6165]

Dhi hum ko topic ye waala analog circuits subject se hy but meh yee waala procedure follow karsakthi kyaa agar kari tho pir idhar ki freq at last diff hy aur hamare notes meh diff hy kaise dhi

[@abhishamb]

Mam isn't it kvl applied to loop🙄 so how come we can say that kvl to be applied at node v1/v2?

[@PavanKumar-bh9lf]

Is derivation is same for both op amp and transistor?
Thnx in advance

[@ElectronicsSubjectified]

Yes

[@PavanKumar-bh9lf]

@@ElectronicsSubjectified ma'am what quadrature oscillator derivation?

[@sanjukalawat6891]

Mem punernivesh par video banavo

[@harmandeepsingh.]

Your Voice is like bela in nagin 3

[@sarthaksharma2880]

Mamm thank youu so much,, 🙏🙏🙏🙏parr please mujhee iske liyee koii best book bhi bata dijiye ☹️

[@ElectronicsSubjectified]

For op-amp refer linear integrated circuits by ramakant gaikwad

[@aditi__singh__]

V1 ki value jab I1 mai put ki to o negative kese ho gayi

[@akshaymunjal5370]

👌👌👌👌👌👌

[@MushtaqAhmed-bh2cj]

Is this using op amp?

[@anshumansinha3415]

Tell me here that in step 4. When we put KCL at node v1 then in second step how (-) sign has came as we have find v1. That (+) ¹/jwrc

[@meharkhan6176]

Value of j square is (-1)

[@neha6165]

Dhi I have a doubt pls reply me ..hamare jo sir notes bheje usme Freq different hy aur aap jo derive kare woh Freq different hy matlab kyaa sahi ?

[@ElectronicsSubjectified]

Apke sirne kya frequency derive kiyi he?

[@neha6165]

@@ElectronicsSubjectified expression for frequency of oscillations of a RC pahse shift oscillator..

[@ElectronicsSubjectified]

i am asking what is that expression? I have taken this derivation from standard textbook so it is correct.

[@shahnawazsalmani8985]

Ye using opamp k lia bhi h kya

[@ElectronicsSubjectified]

Yes.

[@ashutoshsinghsengar8207]

vf/vo= last line please explain me time 6:13

[@MANISHKUMAR-ql7ne]

mam, lc oscillation ka video kab tk ayega

[@ElectronicsSubjectified]

Within 5 6 days

[@lastking5424]

Not me hearing allsi instead of RC 😂

[@y2l_sir644]

Gali Dene ka mn kar Raha hai kya samjhati hai Bhai 😅

[@_hf9379]

Baccho ke liye haii bhi nahi ye video graduation level ka haii!

[@nakul2955]

Thanks mam... I understand the concept...

[@nikhildaison7767]

Thanks 👍☺️