Mostly because it takes too long, I'd wager. If you tried to run a semester-long university course the way I do these videos, it would take three years. And also probably they figure "Well, if he needs that much hand-holding to understand, he'll never amount to anything anyway.". So, a combination of time and elitism I suppose.
@@simplyput2796 But then again, you actually SAVE US time, as in, I watch this video and I already understand it perfectly well, like with your other videos, I do not have to go around asking questions, reading extra books ,etc, hoping to stumble upon knowledge that will give me "AHAAAAAA" moment, instead you do it all here. I hope you are truly well, and happy. Probably one of veryyyy few people I ACTUALLY respect, admire, and wish all the best.
This was one of the most intuitive explanations of BJT operation I have seen to-date. The concepts always seem so simple, but then when you sit down at the bench to put it all together, the Devil comes out in the details. I hope you plan to resume your videos. I really do enjoy your presentations and think they are of great value to many. Unfortunately, the RU-vid algorithms would rather push garbage out to their Recommended feeds based on popularity. However, I think they’ve recently improved their algorithm to work more effectively in getting special-interest topics to viewers who are interested in seeing those types of videos, without them getting buried under a pile of mass popularity topics, so I highly recommend you get back into the game my friend.
Most channels just briefly explain a concept to grasp the viewers interest but then don't really go into depth. I love how this channel has no long introduction or paid promotion bullshit but gets right into it with half an hour of actual content. Even the abrupt ending is fine.
I ve been watching your videos for one year now and was everytime totally fascinated by the ease with which you explain such things! I’m a math teacher and an electronics enthusiast and I’m so glad to find a man that want to understand every single detail … just like I did when I studied maths and now electronics. it’s so rare! And therefore your channel is precious! I love every single of your videos. Thanks for sharing. And sorry for my not that good english. Cheers
The best and the most intuitive explanation of this type of amplifier. I can visualize the circuit. Thank you for this awesome work and for coming up with this great detailed video.
I have been trying to understand why this circuit is designed this way for at least a year, for a school project The other videos in terms of explanations and details come nowhere close to this, they just give the circuit and don't explain much same goes for electronics at school.. But thanks to you I feel like I have finally understood it thank you very much !
You are really doing a great job. It isn't just the non-jargon and it isn't just the breakdown. It's also the previews of what you will tell us, telling us, then reviewing. A big picture followed by how the picture is implemented followed by a reminder of what the big picture was that we were going for. A natural teacher. That said, I think there's a factual error in here. Two, actually. You show the active region of the transistor beginning at .7V. That's actually the end of the region. Also, the voltage/current curve isn't linear.
Thank you very much for this and all of your videos. This really helped me understand what is going on with this circuit. Please start making videos again!!!
Thank you Mr Put. Not sure what you name is Love your energy an thank you for actually explaining what is going on. But at 16.20 to say it does not matter for a speaker to be connected so that it pushes in the negative direction could cause damage to the speaker. Maybe I am not understanding this correctly.
Excuse my ignorance but I got a question. Does the fluctuation of beta caused by differences in "input" of a (non-perfectly biased) transistor affect dynamic response of an amplifier? If yes, it is a similar to sag of the amp? I'm really interested in guitar pedal making and I'm fascinated by your video. And!!! How it affect wide frequency spectrum sound? It seems like if transistor is dimming under the signal it would affect low frequency part of the signal more as it mostly carries most of the energy.
I loved the part where he says we want normal normal is good, tell that to all these freaks walking around with their green and pink hair and all the tattoos and piercings on their bodies.
