![]() I opted for blue, but there are other colors available.Īnd I used this project box to house the rotary encoder and display since the SansAmp pedal enclosure isn’t large enough to house everything. I used an Adafruit 4 Character, 7-Segment Display with I2C Backpack, for the display. I used this Rotary Encoder, which has a push button built in, for preset navigation, saving and storing. LCD display and a rotary encoder for navigating, storing, and recalling presets I ended up needing to build a power supply to keep everything noise free Power source for powering the Arduino and added components I used a 4N35 which came with this Arduino breadboard kit ![]() I used 100k linear POTs, as that's what was in the pedalĭigital potentiometers (Digi-POTs) for interfacing with the pedal’s electronicsĪn opticoupler for interfacing with the MIDI network I planned to use the existing POTs, but needed to replace them due to damage. These are the essential main parts of this project:Īrduino for interfacing and running the programĪnalog potentiometers (POTs) for user input On the ride side, the ¼” input cable is original, but I added the RJ45 jack, and also (what you can’t see in the picture), I cut a hole so the USB port of the Arduino can be accessed without opening up the pedal. On the left side of the pedal, the ¼ output and power cables are original, but I added the 1/8” jack at the top for the MIDI input signal.
0 Comments
Leave a Reply. |