ECE4450 L9: Scaling and Shifting Waveforms (Analog Circuits for Music Synthesis, Georgia Tech)
Вставка
- Опубліковано 25 сер 2024
- Support this channel via a special purpose donation to the Georgia Tech Foundation (GTF210000920), earmarked for my work: • Support This Channel v...
I recorded this during the Spring 2021 offering of ECE4450: Analog Circuits for Music Synthesis, but this material will likely be appropriate for future offerings as well.
Thank you for posting all of these videos! I love your presentation style, making things very easy and entertaining to follow!
Thank you for your kind words!
I graduated EE a while ago, but always felt that my university was missing a synthesizer-focused course! Thank you for providing the world with this often overlooked side of electrical engineering!
Thank you Aaron for the video!
I've always left the non-inverting input grounded, and then sum a DC offset into the inverting input. Any reason to go the other route? (other than possibly needing an additional reference voltage of course)
Either should work fine.
Very well presented video! I'm wondering what advantages this approach has versus putting a DC blocking capacitor in series with the signal coming out of the oscillator core, given the extra component count, where can I learn more about this?
I *think* the main thing is that a DC block is going to form a highness filter, that will potentially attenuate some low frequencies.
I have to thank you too for this videos. They are absolutely great.
Can I ask you about what literature do you recommend to learn more about audio circuitry (analog as well digital)?
Thanks :)
Best general book is "The Art of Electronics" by Horowitz and Hill. For audio in particular I recommend Douglas Self's book "Small Signal Audio Design."
@@Lantertronics thanks! I‘m gonna take a look :)