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Operational Amplifiers - Inverting & Non Inverting Op-Amps
This electronics video tutorial provides a basic introduction into operational amplifiers. it includes examples such as inverting and non-inverting op amps. It explains how to calculate the closed loop voltage gain of such amplifiers as well as the output signal voltage.
741 Op Amp: https://amzn.to/3AXe6sN
My Website: https://www.video-tutor.net
Patreon Donations: https://www.patreon.com/MathScienceTutor
Amazon Store: https://www.amazon.com/shop/theorganicchemistrytutor
Subscribe:
https://www.youtube.com/channel/UCEWpbFLzoYGPfuWUMFPSaoA?sub_confirmation=1
Disclaimer: Some of the links associated with this video may generate affiliate commissions on my behalf. As an amazon associate, I earn from qualifying purchases that you may make through such affiliate links.
Moonman : You have helped me in pretty much every course at this point..
Zaconitas92 : You deserve all of my tuition. You alone taught me Organic chemistry, Calculus, Physics, and now circuit analysis. These universities are next to worthless, I am sorry I cant support your videos more (financially). Half or my professors couldn`t even solve the problems they assigned when I went to their office hours.
Tom : For years now, every time I watch one of your videos, a complex topic becomes accessible. You are one of the great teachers of our time. Wondrous!
Isnaini Ahmadi : Your channel is Organic Chemistry Tutor, but I'm an electronics student and learn regularly from you.
You explain better than my electronics lecturer.
Viper King : I am in my Masters. Just so you know this guy is also helping Masters student with their work. Appreciate this so much
연산증폭기(OP-amp) 반전, 비반전 증폭기 직관적으로 이해하기!
OP_amp의 반전 비반전 증폭기를 설명해보았습니다.
---
커피 한 잔의 후원이 큰 힘이 됩니다.
후원하기(카카오페이): https://qr.kakaopay.com/281006011000018389112430
후원하기(송금)
- 카카오뱅크 3333-15-3394161 (여동훈)
- 우리은행 1002-036-488593 (여동훈)
--
구루구루 : 정말 많이 배우고 갑니다. 업종이 반도체 Analog circuit design인데 이론적으로는 많이 부족한 점이 있었는데 올려주신 영상 보면서 많은 도움이 됬네요. 추가 영상 기대하겠습니다. ^.^
Elaina Movie : 와 교수님이 어렵게 설명하시던걸 쉽게 풀어서 설명해주니 머릿속에 정리된느낌이에요!
Leebyeongju이병주 : 설명 진짜 잘해주시네요 구독하고 갑니다 계속 활동해 주셨으면 좋겠어요
유대감 : 자세하게 설명해주셔서 감사합니다.
리오 : 와 .. 너무 잘 이해되네요 감사합니다
How OpAmps Work - The Learning Circuit
In this video, Karen presents and introduction of op-amps how various ways they can be used in circuits. At a basic level, op-amps are quite simple. They compare the voltages at their two outputs and use the difference in voltages to determine how the signal is amplified. The differential voltage at the inputs often needs to only be a few microvolts to generate an amplified signal. To be able to finely control the gain, a feedback loop must be created between the op amp’s output and one of the inputs. This loop usually contains a resistor and/or capacitor to have finer control of the gain. Check out this Intro to Op Amps episode to learn more about how op-amp works and a variety of its applications: http://bit.ly/3csQDmT
Engage with the element14 presents team on the element14 Community - suggest builds, find project files and behind the scenes video: http://bit.ly/2MFMG0v
Visit the element14 Community for more great activities and free hardware:
Tech spotlights: http://bit.ly/2KLz0TS
Roadtest and Reviews: http://bit.ly/2KH4fj3
Project14: http://bit.ly/2wPnajx
element14 presents : Interested in Op-amps? Check out Op-Amp-a-palooza https://bit.ly/3vKn0tB
Prof. Leandro Couto : 16 years ago, When I had this class in College I DID think OpAmps appeared to generate power out of nothing (after seeing a dozen OpAmp circuits ommiting the external power supply it's easy to forget them), and I remember not being the only one of my classmates confused, so I appreciate the comment near the end!
Charlie Gerancher : Wow.... what a blast from my electronics technician days past!! I was an electronics tech in the 80s. Sometimes I really miss the days of troubleshooting circuits with a DMM and/or a scope. Fun times!!
ltjgambrose : The thing that finally got me to understand OpAmps was this:
In a normal circuit, if two nodes are connected with nothing between them they have the same voltage and current can flow freely between them.
OpAmps "break" that rule. The two inputs are a pseudo-node where the voltages are the same, BUT no current flows. If you introduce that into the math of circuits you get a really powerful tool that lets you do all of the things described here.
Huntro : Perfectly explained refresher of op-amps. Just what I needed. Thank you!
This electronics video tutorial provides a basic introduction into operational amplifiers. it includes examples such as inverting and non-inverting op amps. It explains how to calculate the closed loop voltage gain of such amplifiers as well as the output signal voltage.
741 Op Amp: https://amzn.to/3AXe6sN
My Website: https://www.video-tutor.net
Patreon Donations: https://www.patreon.com/MathScienceTutor
Amazon Store: https://www.amazon.com/shop/theorganicchemistrytutor
Subscribe:
https://www.youtube.com/channel/UCEWpbFLzoYGPfuWUMFPSaoA?sub_confirmation=1
Disclaimer: Some of the links associated with this video may generate affiliate commissions on my behalf. As an amazon associate, I earn from qualifying purchases that you may make through such affiliate links.
Moonman : You have helped me in pretty much every course at this point..
Zaconitas92 : You deserve all of my tuition. You alone taught me Organic chemistry, Calculus, Physics, and now circuit analysis. These universities are next to worthless, I am sorry I cant support your videos more (financially). Half or my professors couldn`t even solve the problems they assigned when I went to their office hours.
Tom : For years now, every time I watch one of your videos, a complex topic becomes accessible. You are one of the great teachers of our time. Wondrous!
Isnaini Ahmadi : Your channel is Organic Chemistry Tutor, but I'm an electronics student and learn regularly from you.
You explain better than my electronics lecturer.
Viper King : I am in my Masters. Just so you know this guy is also helping Masters student with their work. Appreciate this so much
연산증폭기(OP-amp) 반전, 비반전 증폭기 직관적으로 이해하기!
OP_amp의 반전 비반전 증폭기를 설명해보았습니다.
---
커피 한 잔의 후원이 큰 힘이 됩니다.
후원하기(카카오페이): https://qr.kakaopay.com/281006011000018389112430
후원하기(송금)
- 카카오뱅크 3333-15-3394161 (여동훈)
- 우리은행 1002-036-488593 (여동훈)
--
구루구루 : 정말 많이 배우고 갑니다. 업종이 반도체 Analog circuit design인데 이론적으로는 많이 부족한 점이 있었는데 올려주신 영상 보면서 많은 도움이 됬네요. 추가 영상 기대하겠습니다. ^.^
Elaina Movie : 와 교수님이 어렵게 설명하시던걸 쉽게 풀어서 설명해주니 머릿속에 정리된느낌이에요!
Leebyeongju이병주 : 설명 진짜 잘해주시네요 구독하고 갑니다 계속 활동해 주셨으면 좋겠어요
유대감 : 자세하게 설명해주셔서 감사합니다.
리오 : 와 .. 너무 잘 이해되네요 감사합니다
How OpAmps Work - The Learning Circuit
In this video, Karen presents and introduction of op-amps how various ways they can be used in circuits. At a basic level, op-amps are quite simple. They compare the voltages at their two outputs and use the difference in voltages to determine how the signal is amplified. The differential voltage at the inputs often needs to only be a few microvolts to generate an amplified signal. To be able to finely control the gain, a feedback loop must be created between the op amp’s output and one of the inputs. This loop usually contains a resistor and/or capacitor to have finer control of the gain. Check out this Intro to Op Amps episode to learn more about how op-amp works and a variety of its applications: http://bit.ly/3csQDmT
Engage with the element14 presents team on the element14 Community - suggest builds, find project files and behind the scenes video: http://bit.ly/2MFMG0v
Visit the element14 Community for more great activities and free hardware:
Tech spotlights: http://bit.ly/2KLz0TS
Roadtest and Reviews: http://bit.ly/2KH4fj3
Project14: http://bit.ly/2wPnajx
element14 presents : Interested in Op-amps? Check out Op-Amp-a-palooza https://bit.ly/3vKn0tB
Prof. Leandro Couto : 16 years ago, When I had this class in College I DID think OpAmps appeared to generate power out of nothing (after seeing a dozen OpAmp circuits ommiting the external power supply it's easy to forget them), and I remember not being the only one of my classmates confused, so I appreciate the comment near the end!
Charlie Gerancher : Wow.... what a blast from my electronics technician days past!! I was an electronics tech in the 80s. Sometimes I really miss the days of troubleshooting circuits with a DMM and/or a scope. Fun times!!
ltjgambrose : The thing that finally got me to understand OpAmps was this:
In a normal circuit, if two nodes are connected with nothing between them they have the same voltage and current can flow freely between them.
OpAmps "break" that rule. The two inputs are a pseudo-node where the voltages are the same, BUT no current flows. If you introduce that into the math of circuits you get a really powerful tool that lets you do all of the things described here.
Huntro : Perfectly explained refresher of op-amps. Just what I needed. Thank you!
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