Op-Amp (Operational Amplifier)

[@tovarischstalin6332]

This was one of the clearest descriptions of op Amps I've come across so far.

[@janismikits]

I'm currently a computer engineering student. Although the content of this video is approximately the same as lecture, I think you break it down at a slower and clearer pace, which is really helpful. Just subscribed, thank you!

[@DanielImmanuel2143]

Awesome description of how op amps work. Better than college

[@tanzirhaq7541]

Excellent for first year electronics students. Explained in very clear voice and in very simple English. Thank you.

[@martinkuliza]

Let's not forget......With Extra FIRE :P

[@durvius2657]

Best explanation of Op Amps ever, hands down. Thank you!

[@Patrick_Cashman]

2nd this. I just learned more about op amps in the last 17 minutes than in my whole life up to now.

[@vegashawkfan59]

Operation amplifires are some of my favorite fires. I like them much better than wildfires. I'm also a big fan of humidifires, gasifires, rarefires, ossifires, and unifires.

[@thomasking49]

Hilarious! I had the same thought.

[@chadwellak]

🤣

[@martinkuliza]

Usually i just deal with standard fires but now that i've learned about Amplifires it's just opened a whole new world to me, i guess we now need to invent Ampflifire Extinguishers because a normal extinguisher is not going to cut it

[@RohitDutta420]

Nice one

[@behnamkiani3736]

thank you, i wished i found this video when i was student!

[@erik1622]

Me too

[@Profmad]

Glad it was helpful!

[@rahulthoppil1261]

Me too

[@danielbuckley5233]

Incredible video! Op amps finally make sense to me now. I love the early history and then how the 4 different uses of the op amp feed into each other. Each level gradually becoming slightly more complex. Very grateful for this thank you!!

[@adamdobo2482]

I cannot express how easy to follow this was, and how thankful I am to you! Why university professors cannot explain stuff at this level...

[@deepanshudeshwal0111]

thank you so much, finally found someone who made me understand it after wasting a lot of time

[@JuanDale]

Spelling aside, a fantastic video. Very much looking forward to the summing amplifier configuration. Thank you!

[@Profmad]

Coming soon!

[@deniz_guven]

i watched lots of op amp videos but finally, this video makes it clear for me. Thanks.

[@alnea]

Finally Prof Mad brings sanity into this subject Op amps are really hard for some reason

[@prateeksundar2960]

Best explanation on op-amp working I have ever seen. Please bring similar videos on entire Analog and digital electronics course

[@jamesdavidlansana7729]

Absolutely fabulous explanation. The video touched majority, if not everything about OpAmps. I like the way the whole concept was explained so that beginners can understand.

[@Profmad]

Awesome, thank you!

[@nazmulhosain2713]

Please release the next part on Op-Amp. It's really helpful and waiting for next.

[@valtteriayras1322]

Currently doing electronics engineering lab exercises at school, this video helped me out tons!

[@marioandre9803]

Very good explanation! Nothing better than using day by day situation for us to understand what happens in Electronic! Congratulations!

[@divakar5352]

This is one of the best video In KZbin about Op Amps, Thank you soo much sir❤🥰

[@Kairat_Tech]

Without youtubers i wouldn't understand it. Thank you for this content.

[@julioribeiro1909]

Fantastic , simple and direct to the point. Thank you. I'm electronic engineer and whish I had this lecture on first classes

[@AstrusEminus]

I love this channel, it almost sounds like Joshua Graham teaching electronics.

[@matin4415]

one of the best videos i have evere seen about op amps

[@electroreveal6434]

Very useful and clear explanation of op-amps, I myself used op-amps to generate pulses to trigger silicon-controlled rectifiers (S.C.R), to control DC motor speed, 👍

[@Iameverywhereinfinite]

Please release the next part soon , waiting impatiently. What a way of teaching!!Lots of respect to u sir🙏.

[@hossenraj3494]

Seriously thank you! Your explanation is appreciable, but i need next part of operational amplifier.

[@prodazer5259]

Dude, your explanation is seriously cool, but there are some spelling mistakes. Once you fix those, it's gonna be absolutely on point! Keep it up! Also what was that blurred word?

[@Profmad]

Sorry about that. Improving on the mistakes. Thank you.

[@gormster]

Blurred word was “not”, you can see when the graph animates off screen 16:37 . Obviously a mistake, so they blurred it out.

[@magedhafez5176]

Love your videos. Takes me 30 years back :)

[@Brainsmachine1]

Amplifire the thing that removes all doubt

[@jagrutbhatt3301]

Good information 👍

[@alexsmit9554]

The most informative video I've ever seen about op amps, great job! Looking forward to the next part; It would be especially interesting to learn about using an op amp as a transimpedance amplifier for measuring very low currents There is also a question: in the video it is not very clear how the input signal is supplied? Does it go to one of the inputs and to the common wire or to both inputs?

[@saeedalmheiri8824]

I learned from this video. Thank you.

[@martinkuliza]

I learned about FIRES

[@lilimunCHN]

Fantastic... Thank you for offering these helpful videos.

[@mohammedpatel3051]

Excellent tutorial.well explained Thank you Principles explained and demonstrated clearly.

[@curtpiazza1688]

Great intro to op amps!😊😊😊

[@al-quranrecitation1]

naa this guy is cooking...wow wished i had u earlier...anyway am not giving up gonna blow up as a big engineer soon....i'll forever remember u bud!May Allah reward u and your family.

[@jurekpacewicz2693]

Awesome, Awesome, Awesome ❤❤❤ It's hard to come a cross such cristal clear explanation and pronantiation. Please keep on doing this way and you gain many more believers. Wish you all the best at my age of 74. Jurek Warsaw, Poland

[@Profmad]

Thanks a lot 😊

[@sanjaysahi3837]

Simple, easy to understand and precise explanations, I don't understand why teachers and professors during our academic days used to teach which was very difficult to understand......Wish KZbin was there at those times...You made it so dam clear .thanks brother

[@KaizenJpArcon]

Thank you for the class, teacher! I was looking for a class as it is. Thanks again!🇧🇷🇧🇷🇧🇷🇧🇷

[@myxamatozis]

Хорошее руководство, кратко и понятно. Спасибо

[@JohnQDoe-ut3jj]

This was excellent- helped me to understand resisters, transfermers, capaciters, inducters, and dioders!

[@alijoueizadeh2896]

Thank you for your precious time.

[@youupiiiyouupiii8235]

Best explanation ever ! Wow !

[@AmeenoKilani]

Thanks for great descriptions and illustrations. Very educational video

[@mekkertroniker2002]

I have learned, an op amp is everthing you want. More than 100 solutions are possible and it will take a vid with min 3h to explain everything

[@kentPitbull]

There's a small error in the inverting amplifier illustration. The negative sign comes from this: (Vin-0)/R1=(0-Vout)/R2 because the current thru R1 is in the same direction as that thru R2; therefore, the nodal voltage of 0v has to be at greater potential than that of the Vout, thus, 0-Vout (NOT Vout-0) is the voltage drop across R2.

[@Coillcara]

Great, clear video explanation. Typos are only slightly annoying.

[@MohammadAliZinnah-j8d]

You have presented nicely.

[@ifyoudontminddear]

Thank you for explain in such a easy way.

[@dwaipayandutta5816]

Thanks for the explanation of opamp. This explanation is good and much understandable. Thanks. Kindly make some good and practical video on SCR, IGBT and MOSFET. Thank again.

[@ClassyJohn]

I'm self-learning electronics since I'm a hobbyist. My background is in mathematics so its very easy to understand the calculations and equations. The difficult part is understanding the physics and design aspects in terms of why things work in the real world and why are certain designs are picked (over others).

[@DanielMlegi]

Very good work, it simplifies the field of electronics.

[@bazurtobazurto4254]

Esta es una explicación simple y práctica que puede servir a muchos estudiantes.

[@jjohnson67sg]

superb presentation! like a university

[@fb6519]

Very clear explanations, well explained. Thanks

[@tahirsheikh3367]

GREAT VIDEO WITH GOOD VOICE QUALITY INSPIRING KNOWLEDGE

[@Profmad]

Thanks and welcome

[@haileelectronics]

your expression with your sound is special

[@teche8478]

Simple n clear ❣️

[@John-wx9oy]

AmpliFIRE seems like a really good marketing name for a line powerful audio amps.

[@mauisstepsis5524]

I love your content, much detailed and clearly explained. There is one thing that makes me scratch my head. In your non-inverting amp and inverting amp example, the current direction seems to be incorrect.

[@lst080956]

Thanks you so much for the clear explanation.😀

[@bhuvanmishra13]

Such a wonderful video. Thanks a lot! :)

[@cnordegren]

I used op amps mainly for blowing them up at the lab. Our professor said "they are quite inexpenaive. Feel free to blow them up!"

[@alguti2000]

Excellent tutorial!

[@fair4wayz]

Really helpful. Thank you

[@Profmad]

You're welcome!

Amazing lesson. Thank you very much!

[@Profmad]

Glad you liked it!

[@mohammedpatel3051]

Where is the second part of this series Differentiator , integrator etc? Would love to see that too

[@surgingcircuits6955]

Best Explanation I've Ever Seen / Thanks!

[@surgingcircuits6955]

I did not understand the misspellings (e.g. "amplifire") ...??? AI?

[@Profmad]

Sorry for the mistakes,

[@surgingcircuits6955]

@@Profmad No worries!

[@thomaseriksson6256]

I wish I learn this in the University. Thanks

[@peerahmed8701]

Wonderful and amazing way of explanation .

[@Bravo-King]

wow, good explaning , good luck.....

[@soufbel3455]

Very nice explanation

[@billg7813]

An op amp circuit I used in 1977 was instrumental (pardon the pun) in getting me started on my career path

[@rajgupta9992]

Very well explained.

[@SaurabhAnand-Electronist]

amazing explanation

[@mdajijhossain786]

Thanks for such videos

[@leomeilak6532]

Thanks this was great !!!

[@bepstein111]

gonna spell it amplifire from now on, definitely more rock n roll

[@tydengr]

very practial explaination

[@alexalan9158]

Hi, it's a really good video. Thanks alot. I have some questions: 1) 13:01 ....it chages the voltage V1. Is this really right? Isn't it V2? Because , I1 remains the same independent of the I_Load. I1=I2+I_Load. V1 = I1*R1 and V2 = V_Load = I2*R2 = I_Load*R_Load. 2) 17:13 ....Here as I understood is I2 = I1. And the current back to the power source is than I = I1 + I_Load. Is this right? 👍👍👍

[@s.a3834]

this is such a nice explanation

[@chesshooligan1282]

Thank you.

[@TriRabbi]

The op amp's open-loop gain is not only finite but also frequency-dependent, decreasing with frequency.

[@forbeginnersandbeyond6089]

An amplifire increases the flame when your circuit catches fire.

[@arefmohammadzadeh8560]

very good and informative. thanks

[@pauljanssen7594]

I like spelling errors it tests the people watching to see if they can find them. How many did you find today and the punctuations don't forget the punch the punctuation those are my favorite.

[@AyaHassan-bf7kz]

That's really amazing thank you

[@NoOne-vx3be]

Thank you so so so so much

[@wabroli]

thank you

[@arindambala6079]

Really Awesome...

[@minstarss4570]

Thank Teacher

[@sudheernorway]

Excellent explanation.... Sir

[@yusufghavatoys]

Great Prof Mad !!

[@ylaw2092]

Good explaining

[@user-mr3mf8lo7y]

Incredible video.

[@Profmad]

Thank you very much!

[@ATUS1213]

Loved it ❤️❤️

[@문올리비아]

트렌지스터 아직도 존재하는 개념인가봐요? 고인물됐을줄 알았더니😮

[@kamleshchavan7451]

Any video explaining the internal circuit of Op Amp

[@KananeloMotaung-h7f]

Bros a goat, thank you man

[@zeexenon2240]

'Used them in early 1960s UW-Madison Elect Engineering class to build Analog Computers TGP