Description
The DWIN 10.1 Inch COF Touch screen Model: DMG10600F101_01 (COF Series) features a high-resolution 1024x600 IPS-TFT-LCD display with 16.7M colors and a wide viewing angle. It utilizes a COF (Chip-on-Film) structure, where the core circuit of the smart screen is fixed on the Flexible Printed Circuit (FPC) of the Liquid Crystal Module (LCM). This design results in a light and thin structure, low production cost, and easy production process. The touch screen is based on T5L2 and runs on the DGUS II system. It has 50 pins, including IO, UART, CAN, AD, and PWM from the user CPU core, allowing for easy secondary development. Thickness 4.40mm.
- Based on T5L2, running DGUS II system.
- 10.1 inch, 1024x600 pixels resolution, 16.7M colors, IPS-TFT-LCD, wide viewing angle.
- LCD and TP frame lamination process.
- COF structure. The entire core circuit of the smart screen is fixed on the FPC of LCM, featured by light and thin structure, low cost, and easy production.
- 50 pins, including IO, UART, CAN, AD, and PWM from the user CPU core for easy secondary development.
Q: What is the resolution of the 10.1-Inch COF Display?
A: The 10.1-Inch COF Display has a resolution of 1024x600 pixels, providing clear and detailed visuals for various applications.
Q: Does the 10.1-Inch COF Display support touch input?
A: No, this model is a non-touch display, meaning it does not support touch input and is intended for use as a visual output device.
Q: What interface does the 10.1-Inch COF Display use for communication?
A: The display uses a UART (Universal Asynchronous Receiver-Transmitter) interface for communication, facilitating easy integration with various systems and microcontrollers.
Q: What are the primary applications for the 10.1-Inch COF Display?
A: This display is ideal for digital signage, industrial control panels, informational displays, and other applications where a high-resolution, non-touch display is needed.
Q: How do I connect the 10.1-Inch COF Display to my system?
A: You can connect the display to your system using the UART interface, typically involving a few wires for power, ground, and data transmission.
