MONOSTABLE MULTIVIBRATOR using op-amp explained in simple way | In hindi |

I have explained the working of monostable multivibrator in simple way. Hit like button and subscribe to ELECTRONICS SUBJECTIFIED.
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[@ElectronicsSubjectified]

New and better explanation - ruclips.net/video/fOwAvpB6Phs/видео.html

[@CaptainIndia-jt8sc]

Sweet voice and nice concepts

[@firozmalik4225]

Tomorrow is my exam & I'm preparing now

[@manoharp6800]

Comparing our relaxation with stable 😂✌️

[@ktu9125]

Thank you mam! you have been a great help...god bless you

[@ankurhingot]

You are too good...
Way of explaining is like our bestie is explaining to us, 🤩🤩
And your example was amazing 😆😆#scene

[@akshaysolunke4568]

video was very helffull to me....thank u

[@saicherry6418]

Sister your vedio helped me a lot before exams thank you sister

[@harshchauhan6508]

Wonderful explanation, ✌️

[@Manoj-ez9nj]

Nice explanation . Thank you mam

[@muhammadmujahid9243]

Very good mom your lectures are good .iam watching your lectures of all digutal electronics

[@muhammadmujahid9243]

You can give me your whats up nmbr for information i am from pakistan

[@udayagirisuresh1017]

soo good ur explanation ❤❤❤

[@studyandfun8416]

Your concept is too good mam

[@arnabroy5352]

thank u mam u r the best

[@ajaybaghel907]

Very good explanation..

[@rashidahammed2416]

Nice and easy explained

[@martinakisku4899]

Brilliant explanation mam

[@kuldeepdutta9319]

Session was very good mam

[@engineersthevlogger6818]

Well explained

[@ajaymeena7304]

Mam u r doing well

[@arnabroy5352]

mam plz make the video on bistable multivibrator ....bcz ilove ur explanaions

[@aadityaagarkar9029]

V nice mam

[@lifememories10]

Nice

[@mohsinkhanphysics]

Good

[@athuldas44]

Thank u mam tinkercad mein ye circuit banayiya na please mam

[@mayor3202]

Kantala😁😁😁

[@shivamchaubey6655]

Bistable multivibrator topic nhi h kya?

[@Boo-wd1ov]

Nice but I don't know hindi😉😊
Eventhough I understood

[@telugumovies6196]

My small suggestion for u mam
Teach in English

[@VIKASKUMAR-bh5sj]

Thodi der me kantaal aa jata hai.. 🤣🤣

[@martinakisku4899]

Mam i need trigger in my life 🤣🤣

[@ramanapolireddy5040]

V1 =v2 right then v2 =-beta vsat how it can be 0.7

[@ElectronicsSubjectified]

When circuit is in stable state (vo = vsat ) , initial voltage at v2 = 0.7 as diode is forward biased.
I could not understand what do you mean by v1 = v2.

[@ramanapolireddy5040]

@@ElectronicsSubjectified what ever voltage at +node is present at negative node at +ve node we have beta vsat so at -node we have beta vsat right then voltage across capacitor is beta vsat

[@ElectronicsSubjectified]

Voltage at negative node will be equal to voltage at positive node only when there is negative feedback. In this circuit there is positive feedback.

[@ramanapolireddy5040]

@@ElectronicsSubjectified feedback resistor is there in the ckt

[@bipulsingh6232]

Not good explanation mam u confused me. But other viedeo is good

[@vaibhavkalbande1]

That कंटाला means you are maharashtrain 😂

[@PawanKumar-ew2qk]

Kya aapko bhi kabhi daat padi he?

[@allinone....1238]

Nice