Finding SSD1331Z Part

flux

Yes — you can make a Nintendo-style handheld PCB with:
  • Raspberry Pi Zero 2 W or Raspberry Pi Compute Module
  • LCD screen
  • D-pad + A/B/X/Y + Start/Select buttons
  • Joystick
  • Battery + charger + 5V regulator
  • Optional: speaker/audio amp, USB-C charging, power switch
Important: this current project is view-only for you, so I can’t edit the schematic or PCB here. Also, the project currently appears to only have LCD terminals and no wired nets yet.
Before making the PCB, we need 4 choices:
  1. Which Raspberry Pi?
    Best beginner choice: Raspberry Pi Zero 2 W.
  2. Which screen?
    Your current project is a 1.47 inch 172x320 LCD, but we need to confirm whether it is SPI, RGB parallel, HDMI, or DSI.
  3. Joystick type?
    If it is an analog joystick, Raspberry Pi needs an ADC chip because Raspberry Pi GPIO cannot read analog voltage directly.
  4. Power style?
    For handheld use: 1-cell LiPo battery + charger + 5V boost regulator.
Recommended architecture:
Text
LiPo Battery
   ↓
Charger / Protection
   ↓
5V Boost Regulator
   ↓
Raspberry Pi
   ↓
LCD Screen

Buttons → Raspberry Pi GPIO
Joystick → ADC → Raspberry Pi
If you want me to actually build the schematic/PCB, you’ll need to either:
  • get edit access to this project, or
  • create/fork an editable project and share it with me.
My recommended starting design is: Raspberry Pi Zero 2 W + SPI LCD + MCP3008 ADC + LiPo USB-C charger + 5V boost regulator + GPIO buttons.
Choose Pi and screen
Joystick ADC wiring
Design power section
Beginner BOM
Fork project help
Sign up to send
CS
BLK
GND
SDA
DC
VCC
RES
SCL

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1.47 inch RGB TFT LCD screen display

1.47 inch RGB TFT LCD screen display thumbnail
1.47´172x320(RGB)_IPS_LCD

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