See general assembly instructions
Most parts are available on Tayda (quick-order CSV).
See general components notes for more info about acquiring parts.
| Board | Reference | Part | Value | Source | Comment | |
|---|---|---|---|---|---|---|
| Back | R1 | Resistor | 1kΩ | Tayda | Determines output impedance. Any value is fine. | |
| Back | R2-R4 | Resistor | 24kΩ | Tayda | R4 should be 1/2 RV3. | |
| Back | R5 | Resistor | 1kΩ | Controls LED brightness. | ||
| Back | R6, R7 | Resistor | 100kΩ | Tayda | ||
| Back | C1-C4 | Capacitor | 100nF | Tayda | Power filtering and decoupling | |
| Back | C5-C7 | Capacitor | 10uF | Tayda | Power supply noise filtering capacitor | |
| Back | C8 | Capacitor | 4.7nF | Tayda | Optional: This capacitor creates a 1.25kHz lowpass filter with R3 which is applied to the output to smooth out the relatively slow digital sample rate of this module. You can try different values for a smoother signal or leave this out entirely if you don’t mind some high-frequency artifacts. | |
| Front | D1 | LED | 5mm diffuse orange | Tayda | Any standard 5mm LED will work here. | |
| Front | J1-J3 | 3.5mm Jack | THONKICONN (a.k.a PJ398SM or PJ301M-12) | Tayda | ||
| Both | J4-J7 | Pin headers | 1x4, 1x6 | Tayda (Male, Female), Amazon | Solder the two boards directly together using the male headers or make them detachable using a male/female pair. | |
| 🔴 | Both | - | Mounting screw | M2 | McMaster-Carr | Optional: add an M2 screw or standoff to hold the two PCBs firmly together. |
| Back | J9 | IDC connector | 2x8 | Tayda | Eurorack power header. Can use two rows of male pin headers or a shrouded connector (recommended). | |
| Front | RV1-RV3 | Potentiometer | B50kΩ | Tayda | Any value is fine. Just match R4 accordingly. | |
| Back | A1 | Arduino Nano | v3.0 | Tayda | ||
| 🔴 | Back | U1 | DAC | MCP4922-E/P | DigiKey, Mouser | |
| Back | U2 | Op-amp | TL072 | Tayda | TL082 is probably fine too | |
| Back | U3 | Op-amp | MCP6002 | Tayda, Mouser | ||
| Back | SW1 | DIP switches | 1x2 | Tayda | Optional: configuration switches to select noise algorithm. Leave unconnected for the default Perlin noise. You can solder a wire to bridge pairs 1 and/or 2 to select a different mode, or use pair of switches if you want to be able to change it later. See the manual for how to select algorithms. |
🔴 = Missing from Tayda BOM