Uploaded December 2024 | Updated September 2026, 2 weeks ago
Talking about voltage starving your audio equipment with friend of the channel Will Klingenmeier (@SpectralEvolver).
I sat down for a virtual chat with Will, who has been doing some interesting experiments voltage starving his Moog DFAM and Subharmonicon. Voltage starving is when you intentionally deprive a circuit or device of the full voltage it needs to function, simulating a “dying battery”. The sounds you get are probably not what the manufacturer intended, but definitely an aesthetic worth exploring as you look for new sounds.
In this wide-ranging discussion, we talk about circuit-bending, starving stompboxes, and whether or not this is a good idea with your expensive equipment.
0:00 Introduction
0:30 What is "voltage starving"?
1:08 Voltage starving & circuit-bending
1:54 Voltage starving Moog synths
3:46 How to do it
4:33 Is this dangerous to your equipment?
6:07 Thinking about guitar pedals
8:15 Closing thoughts
💬 *Join the Discussion!* Have questions or want to share your own projects? Drop a comment below – I love hearing from you all!
Will's DFAM voltage starve: youtube.com/watch?v=4iENdYQjo4M
Will's Subharmonicon voltage starve: youtube.com/watch?v=3xAGwYXR-50
*Check out more videos on Will's Channel here* youtube.com/channel/UCDEFYX06AvP54D_F-HHbgkg
*More creative electronics videos here* youtube.com/playlist?list=PL7w4cOVVxL6F_MAwxOJbq73HXdG0OjdXn&si=0z9H-2dlxbxHUMeq
* Subscribe: youtube.com/user/SimonHutc/?sub_confirmation=1
* Official Website - simonhutchinson.com
* bandcamp (lots of free music!): simonhutchinson.bandcamp.com/follow_me
* Sign up for my mailing list: eepurl.com/hVs7bT
* Grab my old gear on Reverb (affiliate link): tidd.ly/48iMpdH
* Buy me a coffee: ko-fi.com/simonhutchinson
_My voiceover recording gear_ (affiliate links):
Aston Microphones Origin (Reverb): tidd.ly/4aiVSnj
dbx 286s Channel Strip
* Reverb: tidd.ly/4as22Bm
* Perfect Circtuit: link.perfectcircuit.com/t/v1/8-12626-329160-9759?url=https%3A%2F%2Fwww.perfectcircuit.com%2Fdbx-286s.html
(I sometimes provide affiliate links for products that I use and enjoy. If you end up buying something through these external links, it helps to support the channel, while the price for you remains the same.)
#SoundSynthesis #SoundDesign #voltagestarving #circuitbending #creativeelectronics #moog
Talking about voltage starving your audio equipment with friend of the channel Will Klingenmeier (@SpectralEvolver).
I sat down for a virtual chat with Will, who has been doing some interesting experiments voltage starving his Moog DFAM and Subharmonicon. Voltage starving is when you intentionally deprive a circuit or device of the full voltage it needs to function, simulating a “dying battery”. The sounds you get are probably not what the manufacturer intended, but definitely an aesthetic worth exploring as you look for new sounds.
In this wide-ranging discussion, we talk about circuit-bending, starving stompboxes, and whether or not this is a good idea with your expensive equipment.
0:00 Introduction
0:30 What is "voltage starving"?
1:08 Voltage starving & circuit-bending
1:54 Voltage starving Moog synths
3:46 How to do it
4:33 Is this dangerous to your equipment?
6:07 Thinking about guitar pedals
8:15 Closing thoughts
💬 *Join the Discussion!* Have questions or want to share your own projects? Drop a comment below – I love hearing from you all!
Will's DFAM voltage starve: youtube.com/watch?v=4iENdYQjo4M
Will's Subharmonicon voltage starve: youtube.com/watch?v=3xAGwYXR-50
*Check out more videos on Will's Channel here* youtube.com/channel/UCDEFYX06AvP54D_F-HHbgkg
*More creative electronics videos here* youtube.com/playlist?list=PL7w4cOVVxL6F_MAwxOJbq73HXdG0OjdXn&si=0z9H-2dlxbxHUMeq
* Subscribe: youtube.com/user/SimonHutc/?sub_confirmation=1
* Official Website - simonhutchinson.com
* bandcamp (lots of free music!): simonhutchinson.bandcamp.com/follow_me
* Sign up for my mailing list: eepurl.com/hVs7bT
* Grab my old gear on Reverb (affiliate link): tidd.ly/48iMpdH
* Buy me a coffee: ko-fi.com/simonhutchinson
_My voiceover recording gear_ (affiliate links):
Aston Microphones Origin (Reverb): tidd.ly/4aiVSnj
dbx 286s Channel Strip
* Reverb: tidd.ly/4as22Bm
* Perfect Circtuit: link.perfectcircuit.com/t/v1/8-12626-329160-9759?url=https%3A%2F%2Fwww.perfectcircuit.com%2Fdbx-286s.html
(I sometimes provide affiliate links for products that I use and enjoy. If you end up buying something through these external links, it helps to support the channel, while the price for you remains the same.)
#SoundSynthesis #SoundDesign #voltagestarving #circuitbending #creativeelectronics #moog

![Easy MIDI chords in Pd #puredata #shorts
Demonstrating how to send multiple note numbers to a [makenote] at the same time for easy chords Easy MIDI chords in Pd #puredata #shorts](https://i.ytimg.com/vi/m5sYDhocNdg/mqdefault.jpg)




![Nonlinear Data-Driven Instruments with Simple Artificial Neural Networks (MaxMSP) | Simon Hutchinson
Building a simple artificial neural network in Max/MSP for nonlinear, chaotic control of data-driven instruments.
I’ve talked before about data-driven instruments (https://youtu.be/NHufvylg0Vw?si=w4YJNH1cNHZP5CaB), and I’ve talked before about artificial neurons and artificial neural networks (https://youtu.be/SblYnu8OzEI), so here I combine the ideas to use a simple neural network to give some chaotic character to incoming data from a mouse and joystick before converting into into MIDI music. The ANN (Artificial Neural Network) reinterprets the data in way that isnt random, but also isnt linear, perhaps giving some interesting organic sophistication to our data-driven instrument.
In this video, I work entirely with musical control in MIDI, but these ideas could also apply to OSC or directly to any musical characteristics (like cutoff frequency of a filter, granular density, etc.).
More Max/MSP Videos: https://www.youtube.com/playlist?list=PL7w4cOVVxL6GB20i9BXQfRLFMUujYOoin
More Artificial Neurons and Neural Networks: https://www.youtube.com/playlist?list=PL7w4cOVVxL6GojicLv-6sTL-l63pVSPQP
0:00 Intro
1:43 [mousestate] for Data Input
2:58 Mapping a linear data-driven instrument
7:19 Making our Artificial Neuron
15:27 Simple ANN
20:06 Adding Feedback
22:23 Closing Thoughts, Next Steps
Logitech G Extreme 3D Joystick on amazon (affiliate link): https://amzn.to/3u7rHPb
Dr. Jeffrey Stolet’s book on data-driven instruments and electronic music performance (affiliate link): https://amzn.to/40vGfo1
LINKS:
Subscribe: https://www.youtube.com/user/SimonHutc/?sub_confirmation=1
Official Website - http://simonhutchinson.com/
bandcamp (lots of free music!): https://simonhutchinson.bandcamp.com/follow_me
Sign up for my mailing list: http://eepurl.com/hVs7bT
Buy my old gear on Reverb (affiliate link): https://reverb.grsm.io/simon
Buy me a coffee: https://ko-fi.com/simonhutchinson
My VoiceOver gear (affiliate links)
Aston Microphones Origin (amazon): https://amzn.to/40wQ7Og
dbx 286s Channel Strip (amazon): https://amzn.to/3QxZDvN
* I provide affiliate links for some products that I use and enjoy. If you end up buying something through these external links, I may earn a small commission (while the price for you remains the same).
#neuralnetworks #maxmsp #datadriveninstruments #SoundSynthesis #sounddesign #ExperimentalMusic Nonlinear Data-Driven Instruments with Simple Artificial Neural Networks (MaxMSP) | Simon Hutchinson](https://i.ytimg.com/vi/psEQgwAoYXQ/mqdefault.jpg)



