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ST7789 HALLOWEEN DISPLAY

PROST7789 HALLOWEEN DISPLAY

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🎃Halloween Electronics Contest
Reproduction cost: $5

License

Public Domain

Creation time:2025-10-27 07:58:54Update time:2025-10-27 08:38:05

Description

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Result Video

Project introduction:
This project is a custom breakout PCB for the ST7789 TFT display, specifically designed to create a spooky Halloween decoration! 🎃

Using an ESP32-C3 Mini microcontroller, this display will show a frightening ghost face animation. This design is perfect for placing in a dark area. When activated, the facial animation looks very realistic and startling, as if a real ghost is watching.

This PCB simplifies the connection between the ST7789 display and the microcontroller, and includes the backlight control circuitry.

Project function:

  • Display Animation: The main function is to run a spooky face animation for a Halloween theme on the ST7789 display.
  • ESP32-C3 Controller: The project is fully programmed and controlled by an ESP32-C3 Mini.
  • Breakout Board: This PCB serves as a clean breakout board for the ST7789 display's pins.
  • Backlight Control: The schematic includes a transistor (J3Y) that allows the display's backlight to be controlled (turned on/off) via the BLK pin on the H1 header.

Project Parameters:

  • Microcontroller: ESP32-C3 Mini
  • Display: ST7789 Display (e.g., 1.54 inch, 240x240 pixels)
  • Interface: SPI (Serial Peripheral Interface)
  • Operating Voltage: 3.3V
  • Main Components (PCB): ST7789 (U1), J3Y Transistor (U2), Resistors, Capacitors.

Software code:
All source code, required libraries, and a complete tutorial for programming your ESP32-C3 can be found in the following GitHub repository:

https://github.com/pajrigithub/Code-TikTok/tree/main/File%20Code/Halloween

Design Drawing

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Intellectual Property Statement & Reproduction Instructions

This is an open-source hardware project. All intellectual property rights belong to the creator. The project is shared on the platform for learning, communication, and research only; any commercial use is prohibited. If your intellectual property rights are infringed on EasyEDA, please notify us by submitting relevant materials in accordance with the Rules for Complaints and Appeals of IPR Infringement.

Users must independently verify the circuit design and suitability when replicating this project. All risks and consequences are borne by the user, and the platform assumes no liability.

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