Summary of ATMEGA16 TOUCHSCREEN PROJECT TFT APP AVR GCC ILI9325
This article describes a Touch TFT application built using an ATMega16 microcontroller running at 16 MHz. The system utilizes an ILI9325/OTM3225 driver to control a 2.4-inch TFT LCD screen with touchscreen functionality. The project includes source code written in C for the AVR GCC compiler, sourced from ourdev.cn.
Parts used in the Touch TFT Application:
- ATMega16 processor
- 16 MHz frequency drive
- ILI9325 OTM3225 driver
- 2.4-inch TFT LCD
- Touchscreen interface
- C source code (AVR GCC)
Touch TFT application based on ATMega16 processor used in the 16 MHz frequency drives and ILI9325 OTM3225, source C code (AVR GCC)’s. Source: ourdev.cn 2.4-inch TFT LCD, point-screen work notes Alternative link: atmega16-touchscreen-project-tft-app-avr-gcc-ili9325.rar… Electronics Projects,Atmega16 Touchscreen Project TFT App AVR GCC ILI9325 “avr project, microcontroller projects, “
Touch TFT application based on ATMega16 processor used in the 16 MHz frequency drives and ILI9325 OTM3225, source C code (AVR GCC)’s.
Source: ourdev.cn 2.4-inch TFT LCD, point-screen work notes Alternative link: atmega16-touchscreen-project-tft-app-avr-gcc-ili9325.rar
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What processor is used in this Touch TFT application?
The application is based on the ATMega16 processor. -
At what frequency does the ATMega16 drive the system?
The ATMega16 processor operates at a 16 MHz frequency. -
Which display drivers are supported by this project?
The project uses ILI9325 and OTM3225 drivers. -
What size of TFT LCD is utilized in this design?
A 2.4-inch TFT LCD is used for the point-screen work notes. -
In which programming language is the source code written?
The source code is written in C using the AVR GCC compiler. -
Where can the source code be found?
The source code is available from ourdev.cn. -
Does the project include touchscreen functionality?
Yes, the project features a point-screen work note indicating touchscreen capability.
