How Oscillator Works ? The Working Principle of the Oscillator Explained

[@ALLABOUTELECTRONICS]

Time Stamps for the Different Topics covered in the Video: 0:42 What is Oscillator? 1:04 How OScillator Works? 4:03 Barkhausen Criteria for Oscillations and mathematical derivation 8:12 Different Types of Oscillators

[@J0K3RJAKE]

If you spoke your own language, I would understand the lesson better. Instead I am left to figure out what you are trying to say which makes me lose track of the lesson.

[@sadeepshyamalgamage453]

Thank you very much

[@nikshepbangera5416]

man this guy is amazing ... i thought the Barkhausen criteria was some complicated stuff..he made it so simple in his explanations ....amazing

[@sungilcho7821]

you are better than my professor. we don't need to go college or university anymore . since we haves good teacher on KZbin. thx I understood basic concept of oscillator.

[@radleyanaya9552]

I do not know if you are tolling, but I tried real heard to understand but his accent is to deeeep.

[@manshameena9778]

Agreed. He is very good and talented teacher

[@sandip_kanzariya8476]

9 minute me to pura funda clear kardiya bhai. that's great job 👌👌👌👌

[@omarmonajed]

This video is the clearest beginner-friendly explanation of oscillators. Thank you!

[@dipeshpatil666]

I owe my linear electronics marks to this channel.... Love it man. Keep making videos

[@zaydabbas1609]

This channel does an amazing job of explaining stuff, I actually get to see how all my classes are combined and applied with these videos!

[@dhanushreddy8411]

My 1hr online class = 10 min of ur video....Thank you so much

[@hemanthvj3722]

I had been wondering from where did the oscillations come from, without any input. Thanks for explaining it here

[@dripking485]

Thanks, you are a Collage Diploma saver, great explination. Keep up the good work!

[@manishahalale1678]

Excellent sir! Keep making videos coz your videos are very helpful for engineering, especially for ECE students.

[@ram54321]

best vdo regarding introduction to oscillator i have ever seen...more basic knowledge in less time.tnku sir

[@abhineelnandi9552]

Bro as clear as water. Really amazing

[@ShubhamKubde]

Your videos helps and and make the concept crystal clear! Thank you!

[@manjumanjula1445]

Really firstly when I listened this I didn't understood anything..... But, when I red comments I'll just thought .... Is this really understandable🤔... But, when I listened this..... Really it was osmmm....... 😇 I think this comments motivated me alot😄🤞... And Now:Really superb explaination sir😃

[@thedestinyoflife]

I missed this topic in the class and your explanation was really good and neat. Thank you

[@anjuganediwal6677]

Same here

[@ananyasatpathy7694]

he is always that good

[@akilankanagaraj41]

I miss basically every lectures ever and he saves me

[@arathcazares1326]

I'm learning this from school! I understand how the basic principle of oscillators work! Thank you

[@kavitakumari3492]

Great video sir

[@noweare1]

I forgot to add, Congratulation on reaching 50,000 subs ! Your the best.

[@aradhanapatel187]

Wow sir you are awesome...you videos are really informative and useful...

[@prajvalnakrani4639]

Great Work Man..! The video was very helpful. Keep making such videos... Good Luck!

[@Itsmesam99]

Amazing channel for electronics. . Thanks 😊 to admin ...

[@et.sachin]

Crystal clear explanation 👍

[@diyasaini7070]

This video really helped me! Very systematically explained..great job! Thank you!!

[@Miguelmigs24]

Thank god for subtitles

[@deepa_adhikari_]

Thanku sir for this amazing video..I learn so many things from this.

[@deogratiusssebuliba2050]

what a nice explanation.

[@prakhartyagi6444]

Sir your most of vedios are good and informative too I also wanted you to pls pls make a vedio damping types like under, over , critical etc as soon as possible. Thanks for providing these lectures

[@kirankumar5868]

Better than corona classes

[@Error-Solver.]

super bro well explained the topic ( commited )

[@forhadshohan8516]

You make great videos

[@arunvijay3507]

Thanks a lot. Great work

[@frankreiserm.s.8039]

You make great videos. Thanks! If AB is to be equal to 1, then you need to take the limit as AB goes to 1 in order to not divide by 0 in Vo/Vin = A/1 - AB. Frank Frank Reiser Video/Audio Service

[@Harshavardhan-zr2ip]

Sir, It's so nice ... Please make a video about LC oscillations in oscillator.... How they produced( u said normally thermal noise) .. IN DETAIL

[@sameetakumavat6137]

Your way of explanation was good👍

[@lotfullahandishmand753]

thanks alot.u are lighting a light in dark region.

[@srikanthsree7384]

sir you are provided very good information very very thanks

[@tanmay6403]

I got ful clearance in this topic..you r the best. thanku

[@wubetayalew7728]

good explanation

[@ruchitripathi8229]

Great explanation! Thank you

[@aishaal-beladi2230]

Hi man , Thank you so much what an interesting video is this

[@arkapravadey5761]

Please give a video on Multivibrator

[@noweare1]

If AB ->1 the equation Vout = A/(1-AB) goes to infinity based on the math. How is that explained. What controls the change of AB when AB > 0 during startup and AB=1 at steady state. I like the way you analyze circuits.

[@ALLABOUTELECTRONICS]

In the oscillator, there is no input. So, Vin =0. And still, we are getting finite output. And that is only possible in the system when AB= 1. In the video, like I said, the noise will act as input to the oscillator. So actually there is a very small input (in microvolts or even smaller). And as close loop system point of view, it can be said that this very small input will see a very high gain (ideally infinite), which will build up the oscillations. Initially, the gain provided by the amplifier will be such that AB >1, (And actually it can be set by setting the gain of the op-amp). And when the signal reaches some finite voltage then gain provided by the amplifier will change (Due to non-linearity of the amplifier). e.g, if the transistor is used as an amplifier then for the small input it provides very high gain, but as soon as input signal builds up, transistor goes towards saturation, and in saturation, the gain of the transistor will be different. So, this non-linear behavior of the amplifier maintains the loop gain to unity. I hope it will clear your doubt.

[@noweare1]

Thank you for taking the time for detailed answer. That clears it up for me. Best.

[@netrahans8427]

I had searched many channel on utube . All are idiots time wasters.. Now I find this channel.. is good.. Thanks.. I hate the people who dislike this video.

[@sarinajm3792]

Thank you 😄thank you 😀thank you😍...these videos are so great i really needed them...god bless you🙈😉

[@Sajeev_85]

amazing video...Sir can u take class on digital electronics

[@ALLABOUTELECTRONICS]

Soon, I will start the series on digital electronics.

[@adityaraja6206]

What is the concept of ramp up in an oscillator? Also can you make a separate video on amplitude compensation of oscillators?

[@gonewiththewind837]

Thanks bro....I have been looking for that explanation

[@Official-tk3nc]

eddigudhoda super, i love it

[@zombies4evadude24]

The H115 Oscillator is one of my favorite LMGs in call of duty zombies, so this is a very interesting video to learn the meaning of its name. I am entertained thank you.

[@amitrathee7555]

Great information I like it was so nice.... 🙏🙏🙏🙏🙏

[@jalajareddy1665]

Thanks

[@ProfeARios]

Thank you so mucho for this wonderful tutorial.

[@view5558]

It was like reading from a text book. Please have consideration for beginners to understand.

[@kshitijkhare5979]

Very nicely explained! Tysm sir

[@hemumanju]

Thank you, it is informative :)

[@sambhavigajula2653]

Sir kindly and heartfully Thank You for the explanation sir 😇

[@sethother8012]

Thank you. That was ... a? very helpful video.

[@anime_lover_004]

Sir... Make a video on feedback amplifiers.

[@arunfrancisg736]

VERY NICE

[@VAISHNADEVIGECEUG-]

NICE SIR

[@abcd-gp6is]

Thank you 💜

[@petrPT]

thank you bro!

[@kuoyan8176]

i love you. so helpful

[@atriacharya2967]

Thank you for explaining.

[@BhimUpadhaya-c3w]

love yu bro

[@manisha-dh8cu]

Great work

[@AbhishekGupta-oi2hv]

its nice but it explain little with practical or example form may be understandable but not a big deal thanks for making video

[@TheSoundbar]

Man i couldnt stop dancing when i heard ur intro :D

[@Sriram-ff2mx]

Make video about transistors...please

[@ALLABOUTELECTRONICS]

As many of you have already asked for it, I will start videos on it soon.

[@radha_preymi]

Nice

[@swapnilgupta616]

Awesome 👍

[@m.varunreddy7365]

thank you sur!

[@1-10-1-4]

حبيب قلبي تسلم ايدك

[@tpoppy9303]

Good info

[@ahmedmohamed-fo5jl]

thank you very much for this video ❤️❤️❤️

[@prabhupheonix4734]

Hi , I have a question . Previously we explained like oscillators are not taking any input and works with thermal noise available in the amplifier circuit. I believe , thermal noise used to have multiple frequency wave from. But here my question is :First block diagram tells that , Oscillators are going to take DC input signal ( How thermal noise is related with DC input signal ) .. Don't able to understand.

[@ALLABOUTELECTRONICS]

It will be superimposed in the DC signal as well. The thing is it is very small in amplitude. But due to positive feedback it will get amplified and eventually a particular frequency component will get amplified. I hope it will clear your doubt.

[@sanarapremaratne2135]

Thanks. Very helpful.

[@chhibousoulaimane2664]

thank you

[@adeyanjuoluwadaraemmanuel5988]

Thanks for the explanation. Sorry please I don't understand the latter part of your proving for the thermal noise where you have Bout/Vin = A/1- AB

[@bsstudy760]

Thanks sir

[@charlieangkor8649]

You design an amplifier and leave out debugging and you have an oscillator.

[@SumedhVaishampayan]

Hello! If you already had a sinusoidal wave available to give as the input, why did you need an oscillator circuit to generate a sinusoidal wave?

[@ryanpwm]

If you ever need audio mixing or correction for your video let me know. I can even declip an audio signal to a reasonable degree. It would be nice to hear your video, but not clipping and smooth sounding.

[@megasharma1322]

Thank you sir

[@parthasarathy944]

sir can you make videos on feedback amplifiers .In need of them.

[@dhirajkumarsahu999]

Thank you !!

[@selvakumardurai4673]

Hai sir ur videos r awesome and which book u refer to prepare?

[@shivangthakkar6379]

Awesome!!! Thank you for helping me

[@douggale5962]

Thank you for knowing your audience and assuming that we know what phase shift is. Just a nitpick, but when you say the feedback has 0 phase shift, is it technically 360 degrees of phase shift, if you know what I mean? The feedback is so far out of phase, it lined back up again?

[@blacksmithdansiglar4738]

This disregarded the impulse created by power up conditions for initiating oscillation. This circumstance far outweighs any thermal noise. It also disregards different output waveforms that can be achieved by what the video shows as sinusoidal circuits. Waveform conditioning can also be accomplished by circuits following the oscillator.

[@ALLABOUTELECTRONICS]

If you go through the playlist on Oscillator, I have already discussed the different ways of the generation.

[@rohithunair6199]

thanks

[@gouravchouhan717]

Please make a special videos on problem solving.

[@dipakkumarpanigrahi9264]

If the oscillator can allow only DC signals,then how can we give a sinosoidal signal as input.As u have explained it in this video by using a sine function as input.but how???

[@ALLABOUTELECTRONICS]

Well, it was shown just to explain the working of the oscillator.

[@Momentmad_8055]

My mam thought us about , Af=A/(1+Abeta). Taking non inverting amplifier and subtracting , Vin and Vf.🤔

[@rd1abrar924]

That's a negative feeback circuit. This one's a positive feedback one.

[@mayurshah9131]

Very well explained

[@tarpdurr6662]

Great explanation

[@RomanReigns-tg5qm]

How Oscillator Works ? The Working Principle of the Oscillator Explained

[@Sajeev_85]

amazing video..sir canu take class on digi

[@deepa_adhikari_]

Its a request to make video on boolean algebra..