Arduino NANO MOZZI on ER-PROTO-01
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Contents
Features
- Arduino NANO on ER-PROTO-01 card
- 6 Pots, 2 Input Jacks, 1 Output Jacks
- Runs MOZZI
NANO Pinout
Controls
- 6 Pots
- 2 CV Input Jacks
- 1 Output Jack
- J4 = MOZZI HI DEF Audio
HAGIWO Bezier Reference Schematic
Schematic
Audio Out Schematic
Input Jacks Schematic
CV In Schematic
- ANA0 in example
Parts on Controls Card
Analog Inputs to NANO
Arduino Analog Pins/Controls Map
int RV1 = analogRead(A7); int RV2 = analogRead(A4); int RV3 = analogRead(A6); int RV4 = analogRead(A3); int RV5 = analogRead(A5); int RV6 = analogRead(A2); int J1 = analogRead(A0); int J2 = analogRead(A1);
J6 - Eurorack Power
- J6 on the I/O card
- Eurorack power
- 2x5 IDC
- GATE, CV not connected
Parts Placement (KiCad)
Daughtercard 3D view
CAD placement
Parts under NANO socket view
- Caps/diodes are under the socketed NANO
Input Jacks Filter parts view
With NANO
Wires
NET: ANA0, A1-19, (C7-1, D1-2, D3-1, R9-2) NET: ANA1, A1-20, (C8-1, D2-2, D4-1, R10-2) NET: ANA2, A1-21, J37-3 NET: ANA3, A1-22, J37-6 NET: ANA4, A1-23, J37-9 NET: ANA5, A1-24, J37-12 NET: ANA6, A1-25, J37-15 NET: ANA7, A1-26, J37-18 NET: J1-T, J38-8, (R7-1, R9-1) NET: J2-T, J38-4, (R10-1, R8-1) NET: J4-T, J38-2, (C10-1, R14-2) NET: GND1, J37-7 NET: GND2, J38-3 or 5 NET: GND3, A1-4 NET: GND4, A1-29 NET: +5VD, A1-27, J37-11 NET: VIN, +12V NET: L5V, J37-14, J37-8 NET: LGND, J37-16, J37-4
Parts List
Find | Qty | Ref Des | Part Number |
---|---|---|---|
1 | 2 | R7, R8 | 100K |
2 | 2 | R9, R10 | 10K |
3 | 2 | R11, R14 | 3.9K |
4 | 2 | R12, R13 | 1M |
5 | 4 | D1-D4 | BAT41 |
6 | 8 | C1-C8 | 0.1uF |
7 | 1 | C9 | 4.7nF |
8 | 1 | C10 | 10nF |
9 | 1 | J5 | HEADER, 2X10 |
10 | 1 | J6 | HEADER, 2X8 |
11 | 1 | J10 | HEADER, 1x8 |
12 | 1 | A1 | Arduino_Nano_v3 |
Software
- PROTO01_POTS_CHECK.ino - Dump pots/input jacks to screen
MOZZI
- MOZZI
- MOZZI Software Repo
- AMsynth_HIFI - Example of Amplitude Modulation synthesis using Mozzi sonification library
- Detuned_Beats_Wash - Plays a fluctuating ambient wash using pairs of slightly detuned oscillators
- FMsynth_32k_HIFI - simple FM with the phase modulation technique, using Mozzi sonification library
- Sinewave_HIFI - playing a sinewave at a set frequency, using Mozzi sonification library
- Volume_Knob - using a potentiometer to control the amplitude of a sinewave with Mozzi sonification library
- Knob_LightLevel_x2_FMsynth - FM Synth