Two oscillators are sent to the output, left and right. These oscillator outputs have two LEDs each connected to outputs from two 4040's that are clocked by two other osc's. When current is able to flow through (some or all of) the LEDs this affects the (de)charging of the timing capacitors, so pitch changes.
I wouldn't say it sounds good, you should hear this through headphones :). But to demo the use of LEDs it serves it's goal.
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This is really awesome ! :D My friends keep asking about my uncle, now they can see him on youtube :) Keeping an eye on you and your great work !
psylocibine 1 year ago
This has been flagged as spam show
This is really awesome ! :D My friends keep asking about my uncle, now they can see him on youtube :) Keeping an eye on you and your great work !
psylocibine 1 year ago
This is really awesome ! :D My friends keep asking about my uncle, now they can see him on youtube :) Keeping an eye on you and your great work !
psylocibine 1 year ago
@psylocibine
Hey, one of my nefews in law. Love you dude. What's with that nick? Enjoying Food of the Gods are you, you raskal? :)
ElectriFireNL 1 year ago
@ElectriFireNL
Love you too uncle :P
Im not worth my nick anymore :( It has been years and years ago.
psylocibine 1 year ago
@drOffset
Two oscillators are sent to the output, left and right. These oscillator outputs have two LEDs each connected to outputs from two 4040's that are clocked by two other osc's. When current is able to flow through (some or all of) the LEDs this affects the (de)charging of the timing capacitors, so pitch changes.
I wouldn't say it sounds good, you should hear this through headphones :). But to demo the use of LEDs it serves it's goal.
ElectriFireNL 1 year ago
Sounds good! What's causing the changes, is it a slower gate that goes on and off periodically?
drOffset 1 year ago