2.8 inch TFT LCD 240*320 Resolution MCU/SPI Interface RTP touch

FT-02823 is a 2.8 inch TFT LCD display with RTP touch. It is of resolution 240xRGBx320, with aspect ratio of 3:4. For mechanical detail, the 2.8 inch TFT LCD display share the common active area size of 43.20 x 57.60mm and the overall outline of this 2.8 inch Touch Display module is 50.0x69.2x4.29mm, including RTP touch screen.

As a TN TFT LCD, Normally White, Transmissive. its main viewing direction is 12 O’clock, making this 2.8 inch Touch Display module achieve the viewing angle range of 50/20/45/45(U/D/L/R)(CR≥10). The 2.8 inch Touch Display module is built-in with driver IC ST7789T3, supporting multiple interface options like Parallel MCU 8/16bit or Serial SPI 3L/4L. By integrating TFT LCD interface and RTP touch interface, the connector is designed as a 40 PIN FPC at the bottom side.

Product Drawing：

Product Specification:

Product Feature:

• High-Definition:  With a moderate screen size of 2.8 inches and a resolution of 240x320, it ensures crisp and detailed images, delivering an ultimate visual experience.
• Portrait Mode Screen:  This 2.8 inch touch display module features a portrait screen structure, which is more suitable for clear display of text reading and list browsing.
• Resistive Touch（RTP):  Equipped with a high-precision resistive touchscreen, this 2.8 inch touch display module supports operations with fingertips or styluses, offering fast response times and precise touch control, enhancing user experience.
•  Flexible Interfaces:  Providing diverse interface options, it is compatible with MCU 8bit/16bit modes as well as 3-line SPI/4-line SPI interfaces, meeting various embedded development needs and reducing development complexity.

Applications:

This 2.8 inch touch display module integrates a high-resolution 2.8 inch TFT LCD display with a high-precision resistive touchscreen, making it suitable for various industrial control panels, medical device displays, in-car navigation systems, smart home control interfaces, e-readers, and handheld devices. It is particularly well-suited for embedded system projects that require touchscreen interaction functionality while also having certain cost constraints.