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ProtoscopE
di caseyjholmes
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A eurorack mounted Xprotolab oscilloscope module panel.
You'll need to somehow obtain a discontinued Xprotolab module from Gabotronics.com to build one. You'll also need some strip board, a 5v regulator, two capacitors for the regulator, an LED, a 220ohm resistor for the LED coming off the 5V regulator (to indicate the module 5v output is working properly), four Thonkiconn mono 3.5mm audio jacks and a vertical PCB mounted potentiometer (like alpha(s)) to use for an attenuator to hook up to channel 2 input, just for fun. The outputs are simply "multed" inputs to pass through the signal to other modules in the signal chain. I threw in a D shaft knob file. Print this with TPU so it slip fits the D shaft potentiometers. The panel can be printed with PLA. It's flimsy at first, until the whole module is assembled and soldered/screwed together, but solid when completed.
The panel is one hair wider than a normal 8HP panel but if you scoot your other panels to the left and right, it sho
You'll need to somehow obtain a discontinued Xprotolab module from Gabotronics.com to build one. You'll also need some strip board, a 5v regulator, two capacitors for the regulator, an LED, a 220ohm resistor for the LED coming off the 5V regulator (to indicate the module 5v output is working properly), four Thonkiconn mono 3.5mm audio jacks and a vertical PCB mounted potentiometer (like alpha(s)) to use for an attenuator to hook up to channel 2 input, just for fun. The outputs are simply "multed" inputs to pass through the signal to other modules in the signal chain. I threw in a D shaft knob file. Print this with TPU so it slip fits the D shaft potentiometers. The panel can be printed with PLA. It's flimsy at first, until the whole module is assembled and soldered/screwed together, but solid when completed.
The panel is one hair wider than a normal 8HP panel but if you scoot your other panels to the left and right, it sho
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