I found your channel looking for a better understanding of guitar effects and amps. I got my BEE from GT in 1983 and would have loved to take classes like yours. My favorite classes were op- amps , active filters, and Dr Leach’s Audio Electronics class. My senior project was a bucket brigade analog delay/chorus/flanger and I built a 3 way crossover for my band’s PA. As fate would have it, I did not enter a career in engineering. Approaching retirement in the next year or so, and I’ve vowed to relearn the analog theory I loved so much, starting with op amps. I told my wife today that I finally found the UA-cam channel I’ve been looking for. Thank you so much for sharing this content.
You are very welcome! I suggest checking out my ECE3400: Analog Electronics video lectures; I adopted Marshall's techniques in teaching it. To my knowledge I'm the only professor who teaches it who teaches it his way.
I'm making a diy guitar pedal and while searching for explanations and I ended up on this channel. Your lessons are illuminating, could have never asked for anything better, seriously. I wish I have a professor like you, I'm an electronic engineering student and unfortunately it's a completely different story. You're the kind of person I really define "a professor": not just illustrating things, explaining them instead, there's really a big difference. That's what teaching is supposed to be, before anything else, showing the way you need to think. I simply want to thank you for every lesson you're publishing and the passionate way you're explaining things with, this environment really needs people like you.
Great basics about opamps explanations. The input resistor is a useful current limiter and sometimes used to convert voltages to current (information) too.
Thanks for the info about high and low resistor values. It's something I've been thinking about ... how should you select resistor and capacitor values, beyond the ratios that produce the amplification and bandwidth results you seek
I found your channel looking for a better understanding of guitar effects and amps. I got my BEE from GT in 1983 and would have loved to take classes like yours. My favorite classes were op- amps , active filters, and Dr Leach’s Audio Electronics class. My senior project was a bucket brigade analog delay/chorus/flanger and I built a 3 way crossover for my band’s PA. As fate would have it, I did not enter a career in engineering. Approaching retirement in the next year or so, and I’ve vowed to relearn the analog theory I loved so much, starting with op amps. I told my wife today that I finally found the UA-cam channel I’ve been looking for. Thank you so much for sharing this content.
You are very welcome! I suggest checking out my ECE3400: Analog Electronics video lectures; I adopted Marshall's techniques in teaching it. To my knowledge I'm the only professor who teaches it who teaches it his way.
I'm making a diy guitar pedal and while searching for explanations and I ended up on this channel.
Your lessons are illuminating, could have never asked for anything better, seriously. I wish I have a professor like you, I'm an electronic engineering student and unfortunately it's a completely different story. You're the kind of person I really define "a professor": not just illustrating things, explaining them instead, there's really a big difference. That's what teaching is supposed to be, before anything else, showing the way you need to think.
I simply want to thank you for every lesson you're publishing and the passionate way you're explaining things with, this environment really needs people like you.
Thank you for your kind words!
You've probably already seen my "Guitar Amplification and Effects" series, but if not... ua-cam.com/play/PLOunECWxELQS7JV_KeeTJJpgGjOftoaAH.html
Wonderful clear summary. This whole series is an exceptional resource. Thank you!
Thank you for your kind words! (I'm about to post a new lecture on simple passive RC filters).
I'm trying to teach myself synthesizer electronics and your videos are great. Thank you. Cheers.
Great basics about opamps explanations. The input resistor is a useful current limiter and sometimes used to convert voltages to current (information) too.
Takes me back to being 17 and trying to keep up with the blackboard editing of my 'A' Level physics teacher.
Thanks for the info about high and low resistor values. It's something I've been thinking about ... how should you select resistor and capacitor values, beyond the ratios that produce the amplification and bandwidth results you seek
excellent stuff.... I wish I could take your classes here in the UK!
4:29 Studying for an interview, didn't expect to be called out like that 😅
Very easy to follow. Thank you.
Great stuff, thx!
You are welcome! :)
Thank you
Hat 👒