Boards by PhysicsDptAngers

11 boards

Open-source boards designed in KiCad by PhysicsDptAngers on GitHub, from 2 repositories. A board’s address here is its repository’s there.

2 layers167.6 × 97.5 mm
AS3397 proto DIP
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
142 parts88MIT
2 layers88 × 75 mm
Rubber drive hard
PhysicsDptAngers/GomuGomuNoDrive
This repository provides open-source hardware designs, physical bench measurement datasets, numerical simulation routines, and real-time DSP emulations for the Rubber Zener clipping topology.
62 parts1
2 layers97.3 × 97.8 mm
AS3397-Conductor
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
54 parts88MIT
2 layers92.2 × 64.2 mm
AS3397 eurorack 0603
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
110 parts88MIT
2 layers70.5 × 100.2 mm
AS3397 proto SMS
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
105 parts88MIT
2 layers100 × 100 mm
Carte BUS 1
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
57 parts88MIT
2 layers100 × 100 mm
Carte FX 0
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
110 parts88MIT
2 layers77.2 × 76.1 mm
Basic synth
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
14 parts88MIT
2 layers139.2 × 49.3 mm
Poly UA controller 5enc 5sw
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
26 parts88MIT
2 layers76.6 × 96.6 mm
Power
PhysicsDptAngers/polyUAnalog
Open source, analog and polyphonic synthesizer
3 parts88MIT
2 layers88.1 × 75 mm
Rubberdrive
PhysicsDptAngers/GomuGomuNoDrive
This repository provides open-source hardware designs, physical bench measurement datasets, numerical simulation routines, and real-time DSP emulations for the Rubber Zener clipping topology.
55 parts1