INSTRUMENTATION AMPLIFIER derivation in simple way( HINDI ) | Electronics Subjectified

[@ElectronicsSubjectified]

Design Instrumentation Amplifier Solved Problem - kzbin.info/www/bejne/iHPHn515hr10oKs

[@sulaimanmunawar5934]

madam there is an issue regarding this equation kindly correct it ,in a diffrential amplifier we always use -ve sign with inverting termial while you have used it for non invertion in put in diffrential amplifier kindly make it V2-V1 so it would be ok rest explation is awsome 🥰🥰🥰🥰🥰

[@priyanshuchoudhary2317]

Nailed it in just 4 mins 🔥

[@PradeepGyani07]

You are so beautiful teacher in the world. I love you ma'am. Really you don't know how much love you deserve. Your explanation is the best in the world.❤❤

[@paragcoimbatore6024]

Awesome ma'am, keep uploading more contents Especially for mumbai university 😁

[@mahinahmed1949]

Medam I love you,for explaining so beautifully.I found this equation difficult in the book. Love from Bangladesh 🇧🇩

[@l032radhakulkarni7]

Thnk u mam🥰smiley on output😁❣️

[@yasirarafat1872]

thank you mam ,,,,your channel's video helped me a lot

[@FANSasFRIENDS]

At 03:42 I was happy but my happiness was shortlived.😐

[@Zuhaibshah-pi2id]

Last from same play list i learn lc ossicaltor and dis it in exam today again here with same hope

[@naansuraedu1480]

Thank u so much sista....love uu for helping. Student s .... 👌☺️☺️

[@ozonewagle]

When i solve the circuit for the second stage: Vo = R2/R1*(Vb-Va) But yours is: Vo = R2/R1*(Va-Vb)

[@tarunteja.k244]

Awesome explanation mama👍

[@vikasthakur1016]

One can easily identify when marathi person speaks HINDI. Good work keep it up

[@adityasamarth6978]

Thank you mam is easy to understanding 😊 nice explanation 👏👏

[@kaursingh637]

excellent -very brief -to the point --very clear = pls suggest one book

[@ElectronicsSubjectified]

Thank you. You can refer linear integrated circuits by ramakant gaikwad for op-amps.

[@Anushka-lf1ge]

Simple explanation 👍

[@utsavd9969]

Thank you very much you are the best 🤓❤️❤️🧨💣

[@dr.maltikhandar7038]

Will u please explain design problem on instrument action amplifyer

[@pannusingchauhan6883]

awsome !!!!! keep uploading more.

[@harshitamahawar4455]

Very nice ma'am😊

[@harshpatil8494]

Should v1 always be larger then v2 or we can use v2 as greater ?

[@aljubayer1627]

Thanaks medam..

[@SagarKumar-zv8vq]

Thanku ma'am ❤💕🙏🙏💞

[@globalnature6359]

Verry good mam i have understood easy ly

[@vijayakumari1290]

thank you so much mam

[@mahfujurrahman8168]

For difference amplifier output voltage=(R2/R1)(Vb-Va)...isn't it??

[@sulaimanmunawar5934]

yeah i also thinking the same because minus sign always comes with inverting side?

[@shashidhar5204]

start 0:39 thank me later😊

[@shubhamsharma4113]

Maam poora course bna dijaye

[@mindcircuite9485]

Thankyou sis.

[@Thedominantstar]

Thanks madam

[@mahadevikharade1683]

Mam this is instrumentation amplifier circuit is built by using op-amp then, why +Vcc and -Vcc pin are not shown??

[@jethalalfunTV]

Mam kitna marks ka aayega agar yaa likh kr aaye toon kya marks mila gaa thanks for video 🙏🏻❣️

[@SkGaming-op7my]

best vid !

[@HALF_ENGINEER19vloger]

Draw the diagram of instrumentation amplifier using three OP-AMP & derive its expression for o/p.?! Mam appka ye answer likha tho chalenga ky?!

[@engineersthevlogger6818]

Well explained

[@shardasonawane9163]

Nice mam...

[@habibshah9761]

Thanks

[@HALF_ENGINEER19vloger]

Draw the diagram of instrumentation amplifier using three OP-AMP & derive its expression for o/p.!? Iss pr appka ye wala answer likha tho chalenga ?!

[@kaharfacthindi2610]

Good

[@harekrishna5444]

Great;-)

[@ravitejadeverakonda9479]

😊... Sup..

[@ravitejadeverakonda9479]

That Smiley emoji at "output" ☺️☺️☺️🙂ma'am🙂🙂🙂🙂🙂... Tnx for Ur explanation ma'am

[@VikasPandey-og9pr]

Reveal your face mam

[@engineerff8253]

Circuit wrong hei Non inverting -Invering ka sign dekho (+ ,-)

[@satyasravya2741]

Yes

[@sanjusingha1714]

😱

[@sanjusingha1714]

Sahi toh bna rakha hai poora ckt match kr rha h Op-Amp & Linear IC Written by RAMAKANT A. Gaykwad se. Edit:- Bemtlb ka gumrah kr rhe ho

[@lokeshpawar5008]

Ckt sahi hai