Комментарии:
Rg isn’t in the textbook for me.🤔
ОтветитьThis was a great tutorial. Well done, dude.
ОтветитьI should pay this guy my tuition not the uni
ОтветитьIt gets difficult to track down the next video from your channel. Could you help on that, sir? @math and science
ОтветитьHi I need the link to the video on inverting op-amp. Thanks
ОтветитьGreat explanation.
Ответитьworth appreciating
ОтветитьHe is so underrated
ОтветитьI love how these great teachers give us these lessons for free. TY TY tY
Ответитьso hard
ОтветитьBrilliant lecture!
ОтветитьGreat explanation thank you
ОтветитьAbsolute legend. This makes the inverting and non-inverting concept so much easier to understand. You’re the best
Ответитьok, if Vg is equal v2 ,so why we use Rg???does it use for noise or control current???
Ответитьwonderful explanation sir need more numericals relevant to inverting and non inverting opamps
Ответитьwaiting for more videos in this section please
ОтветитьVery clearly explained. Thank you Sir
ОтветитьYes He is the absolute best teacher . No doubt about that
ОтветитьWhat is the effect of sound signal if we use inverting amplifier for amplification?
ОтветитьThe best tutor I've seen in life
ОтветитьFully understand that topic thanks sir
ОтветитьMATH and SCIENCE, Do you have any video lessons about how to bias transistors because there is multiple methods are how to biasing a transistor. Some use the HFE, some use the resistor ratios of RC and RE to get the gain, some use the datasheets IC current. If you want a gain of 5 you would have to base the RC and RE ratio and use that first as the biasing method. Others use the HFE to calculate the gain, so it gets confusing which method to use for biasing transistors. When looking at Resistor Ratios you can tell the gain of an op amp or transistor stage amplifier.
Ответитьhave you uploaded a video on transistor as a switch?
if yes , link plz...
This class is a masterpiece. Thank you!
Ответить6+ min of intro?!
Ответитьhas the inverting op amp been deleted?
Ответитьtidak mengerti bahasanya tapi paham penjelasannya
ОтветитьWhat I’ve found from using op amps is for linearity they can’t even go near the rails or they saturate even unity gain ones
ОтветитьThese are great videos. The instructor has a web site where he charges $ for these ( monthly or yearly) . I wonder why these are here for free? Are these legit? Or did someone post and ripping him off?
Ответитьamazing, how you have so much info about how/why things are assumed how things are measured while explaining this..... i appreciate the filling in of gaps.
ОтветитьBeen looking for the reason that the +1 is disregarded in the gain formula for the inverting configuration, finally found my answer here explained perfectly. Thanks!
Ответитьthank you very much it is very good lecture. clear and easy.
ОтветитьThis guy fucked me. He made it seem like I had the whole op amp covered and turns out it's only an intro, or a hook, to buy his courses. If I knew this, I would've studied my traditional way, which takes longer, alot earlier.
Ответитьbro called me a monkey :(
ОтветитьThank you so much. My community college professor is trying to teach this and he's so lost. It's not really all that complicated is it?
ОтветитьHe is well explained to dummy like me💕
ОтветитьWhile working with ideal op-amps in college, I learned in real life that there's no such thing as ideal op-amp. For instance, v1 is not equal to v2 and i1 and i2 is not equal to zero. Makes big difference in embedded circuit design.
ОтветитьI agree with most of the other comments - this guy does an amazing job of explaining not only the math, but first describes how the circuit works. Once that is understood, the math is much easier to understand. Thank you so much for making the time to post this video. All the best to you and take care!
ОтветитьMan you really know how to speak to the people… the best of the best
ОтветитьThank you sir
ОтветитьYou are the best👍💯
ОтветитьThanks 🙏👍💯😊
ОтветитьBrilliant teacher - detailed and logical explanations - makes it look so simple. Thank you
Ответитьwhat is the role of rg?
ОтветитьMy lecturers never explain anything this well. Thank you so much!
Ответитьthis is absolutely the best video for non inverting op amps
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