Difference between revisions of "1.3''-LCD-Breakout"

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== Installation ==
 
== Installation ==
  
1.3inch LCD breakout Module for microcontrollers eg: Raspberry Pi, Arduino, and raspberry pi pico, etc. it has, 65K Colors, 240×240, supports SPI protocol
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'''1.3inch LCD breakout Module for microcontrollers eg: Raspberry Pi, Arduino, and raspberry pi pico, etc. it has, 65K Colors, 240×240, supports SPI protocol'''
  
 
In this folder, you see two python files and one firmware.uf2 file
 
In this folder, you see two python files and one firmware.uf2 file

Revision as of 12:52, 17 January 2022

1.3inch LCD Breakout

1.3” LCD breakout is a 1.3-inch diagonal display with 240 x 240 resolution, 65K RGB colors, clear and colorful displaying effect, Four Push buttons, and a joystick. The 1.3" LCD breakout includes an integrated ST7789VM display driver and SPI interface, reducing the number of IO pins required.

Features

  • 1.3inch diagonal, 240x240 resolution, with embedded controller, communicating via SPI interface.
  • SPI interface, requires minimum GPIO for controlling.
  • Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/ Arduino/STM32).

Specifications

  • Operating Voltage - 3.3 V
  • Pixels - 240x240 resolution
  • Pixel Size - 0.0975 (H) x 0.0975 (V) mm
  • Display Driver - ST7789VM
  • Display Color - 65K RGB
1.3 LCD Breakout
Buy it From : Click Here

Installation

1.3inch LCD breakout Module for microcontrollers eg: Raspberry Pi, Arduino, and raspberry pi pico, etc. it has, 65K Colors, 240×240, supports SPI protocol

In this folder, you see two python files and one firmware.uf2 file

  • st7789.py -> this file contain the library of the LCD module, save the file in the raspberry pi pico
  • main.py -> this file contain the main code, you need to run this file, you also need to save this file to Pico
  • firmware.uf2 -> by pressing bootsel of the pico and hold then connect to the laptop after this a new storage device comes, name "RPI-RP2", then drag and drop this file to pico

For setup the Board in thonny

  • Stack Raspberry Pi Pico on the female header of Pico Sense HAT.
  • Connect USB cable on Raspberry Pi Pico USB port.
  • Choose interpreter as MicroPython (Raspberry Pi Pico).

Thonny-interpreter.PNG

Resources

Github