Here are the build notes for my Nano Audio Experimenter Sheild PCB. Warning! I strongly recommend using old or second hand equipment for your experiments. I am not responsible for any damage to expensive instruments! If you are new to Arduino, see the Getting Started pages. Bill of Materials Nano Audio Experimenter Sheild PCB (GitHub link below) 1x … Continue reading Nano Audio Experimenter Sheild PCB Build Guide
Category: Advanced
Nano Audio Experimenter Sheild PCB
This takes the Arduino Nano Mozzi Experimenter Shield PCB and swaps out three of the pots for the optional use of the following: MCP4725 DAC. SSD1306 display. IO links for an analog multiplexer. This is in addition to the remaining three potentiometers, the MIDI interface and the audio filter output. Warning! I strongly recommend using old … Continue reading Nano Audio Experimenter Sheild PCB
3.3V Serial MIDI THRU
I have a need to route MIDI to several Raspberry Pi boards at the same time, so I've hacked together a variant of my MIDI Matrix Patch Bay to give me a 3.3V level serial MIDI THRU interface. I've used it for my 8-way Raspberry Pi V1 MiniDexed in the following video. https://makertube.net/w/g8rw9XtF4Z377dsANRu5Yr Warning! I strongly … Continue reading 3.3V Serial MIDI THRU
Simple Square Wave Oscillator PCB Build Guide
Here are the build notes for my Simple Square Wave Oscillator PCB. https://youtu.be/1vpDoPMgUWA Warning! I strongly recommend using old or second hand equipment for your experiments. I am not responsible for any damage to expensive instruments! If you are new to electronics, see the Getting Started pages. Bill of Materials Oscillator components: Simple Square Wave Oscillator … Continue reading Simple Square Wave Oscillator PCB Build Guide
Simple Square Wave Oscillator PCB Design
I've now done several posts inspired by the Oskitone Poly 555, and I do plan to build one myself one day (I can't get a kit as they don't deliver to the UK, but I've had a PCB manufactured - watch this space!). This PCB is essentially the oscillator part of the Poly 555 in … Continue reading Simple Square Wave Oscillator PCB Design
Atari Punk Console PCB Design
The Atari Punk Console is a bit of a "Hello World" build for DIY analog synthesizer fans. I looked up the circuit and read a little about how they work for my 556 Timer Light Theremin project I found on ebay, but the main background can be found in the following: Atari Punk Console on sdiy … Continue reading Atari Punk Console PCB Design
Arduino PSS-680 Synth Editor- Part 2
Following on from Part 1, this post looks at combining several of my previous projects to allow me to control the synth of a PSS-680 from a set of potentiometers. Part 1 - Goes into the detail of the MIDI implementation for the PSS-680 and how to handle the SysEx messages from an Arduino. https://youtu.be/aRfAQvwq8lc … Continue reading Arduino PSS-680 Synth Editor- Part 2
Arduino PSS-680 Synth Editor- Part 1
I'm still exploring the range of Yamaha (and a few others) keyboards from the 80s with interesting synth chips. So far I've looked at the YM2413 and the PSS-170. I also have some YM3812s and a PSS-460. But today I'm looking at the PSS-680 which has a YM3420 in it, with the eventual aim of … Continue reading Arduino PSS-680 Synth Editor- Part 1
16 Tone Generator MiniDexed
I've been looking into how it might be possible to get 16 tone generators running on MiniDexed, essentially giving the equivalent of a whole DX7 on each of the 16 MIDI channels. This post looks at some of the options I've looked at: Simply using MIDI THRU to connect two independent MiniDexeds with 8 TG … Continue reading 16 Tone Generator MiniDexed
RPi Dual MiniDexed PCB – Part 2
Here are the build notes for the RPi Dual MiniDexed PCB Design. https://youtu.be/WnxW_eS3AZY Warning! I strongly recommend using old or second hand equipment for your experiments. I am not responsible for any damage to expensive instruments! These are the key tutorials for the main concepts used in this project: MiniDexed Raspberry Pi IO Board If you are … Continue reading RPi Dual MiniDexed PCB – Part 2