#35 OPAMP as integrator || EC Academy

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This only straight forward teacher i ever seen on RUclips i am from electrical engg so few electronic subject was hard for me to understand, i passed my electronic devices circuits, by taking notes from this Chanel thankyou sir

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I have learned lot of things from this channel

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Me 2

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These are the best lectures i mean these are the most easiest explaination i ever heard in my life..

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[@mranonymous_25]

Short and to the point explanation. Well done sir. Thanks a lot. It really helped ❤

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Short and crisp video covering most relevant thing. AWESOME and thanks to the point I can't express. You all save students , colleges suck anyways. :):)

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[@itsweird3373]

the most intelligent human.

[@gorlahemalatha1129]

good explanation 😊

[@suryansh4722]

Thanks for Helpful Explanation

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Great sir……. Thanks for such a great video …..it really helpful for us …..thanks a lot 🙏🏻

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[@thumalavenu5060]

Very good explanation in short time . Thankyou sir🙏

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[@rdr015haneef3]

Very useful for students of EC branch

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[@rajashekhara7045]

For EEE also broo

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Yes... there are similar topics for EEE students also

[@snpatel5534]

❤❤very easily understood....tq sir

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[@B45SAFOORATAHREEM]

Nice explanation sir..😊

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[@aspirant4281]

Amazing explanation Sir! Thank you !

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[@Cherry-sk2ed]

Fantastic explanation 🔥

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[@Bheem699]

Amazing sir thank you sir new student sir

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[@jeevanganiga6705]

Without explanation if we write the evaluator will give the marks?

[@tamannasharma1568]

Sir , capacitor provide low reactance to higher frequencies then we can only give high frequency signal as an input in case of integrator not dc signal. Is it true

[@nenavathharisingh3231]

Actually the reactance of a capacitor also depends upon the charging and discharging which depends on our input signal.If we provide a square waveform as input it gives a triangular wave at output.when we provide a sinusoidal sine wave varying frequency when our frequency approaches to zero(DC) then reactance will be infinite.Now our capacitor acts as open circuit which is open loop gain which is infinite making the circuit unstable.we can use a resistor parallel to capacitor to reduce this effect.

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Simply superb

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You're a blessing

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Wonderful thank you so much ☺️

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Super annna👌👌👌👌

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[@hrishikeshmahato4071]

Very helpful sir... ❤

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[@l.spower180]

App sir bahut achha panate hai

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[@rajashekhara7045]

Superb explanation tqsm🥰

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[@kreenachoudhary]

Explanation 😍🔥

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[@ArhamKhan05]

Thank You So Much Sir.

[@SasanamuPraveena]

Excellent💯👍👏

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[@BharathiV-li9hl]

Excellent sir

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[@umamageswaripadmanaban7731]

Very good explanation sir

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[@someoneheh3339]

Thank you king

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[@ഈശോയുടെ_അലൈന]

Thank you sir🤩

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[@syedsadiq8631]

Sir which is most important to up comeing exam 2021 in this thermos sir don't say "all" sir only u want to guess

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[@DeboraMahenge-z3g]

Wow❤

[@-Lakshmi-ju4fi]

Thank u... Sir

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[@midhunlal6935]

Good 👍👍

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[@MrPSP-ry1qn]

very helpful video

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[@prudhviadireddi55]

Sir can you explain OPAMP as a adder and substractor

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[@sakthivishvanathan9820]

Sir why u have used differentiation at output end I=Cf d/dt(Va-V0)

[@ECAcademy]

The current flowing through capacitor can be written as...
I = C dV/dt using this formula we have written that equation.
Hope this was helpful
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[@sakthivishvanathan9820]

@@ECAcademy thank u sir👍.sure I will subscribe

[@vibesofhanish]

Yy we use only capacitor as a feedback

[@balaji2.095]

Resistor also can be used

[@zubair.jshaikh3519]

Thank you sir 😊

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[@DSMDMonishDN]

Thnk you sir 🙏🙏🙏🙏

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[@ImranAnsari-uh7ng]

how Va=Vb sir?

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It is from virtual ground assumption….
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[@MegaAchyuta]

In a ideal case input offset is 0. (That is the difference between two input terminals is 0) so then VA = VB

[@abhishekreddy4919]

Sir op amp as compartor

[@SHAIKMOEENULLAEceVelTechChenna]

Tnxs a lot sir

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[@parameshwarshivakumara7707]

Tq so much sir

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[@pradipsau9534]

thank😊

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[@karukondarohithnaidu6826]

Super sir

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👍

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[@praveens4902]

thank you

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[@AJ-65433dgdf]

DONE

[@kunaldiwakar2158]

🙏

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[@lakshmiharish347]

I didn't found opamp as subtractor

[@PramilaGSsirigonahalli-re6nn]

Amazing 🫶💞

[@dhruvbhadana7566]

Sir apka logo kuch dekhna he ni dera

[@shaikmoeenulla9864]

Tnxs a lot sir

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