2.0-inch 320x240 tft display
2.0-inch LQVGA TFT display, using IPS display mode, the diagonal length of the active area is 2.0 inches, and the resolution is 320x 240. The driver IC is ILI9342C, which supports SPI/RGB/MCU interface.
Main parameters of 2.0-inch tft display
|Number of Dots
|Pixel Pitch (W*H)
|46.1(H) x 40.96(V) x2.5 (D)
Download relevant technical documents
Customize the length, width and thickness of FPC or cable, adjust the pin arrangement according to the interface type, and select the appropriate connector. Make your display or circuit board simple and safe with an excellent FPC solution.
A touch screen can be added according to your requirements, there are three options: resistive touch screen, capacitive touch screen, infrared touch screen. Or add protective glass as needed
Display screens with different optical parameters can be designed according to needs, such as brightness, color gamut, response time, gamma and other parameters, and anti-glare, anti-fingerprint coatings, etc. can also be added
The circuit board we designed can convert the interface of your display into an HDMI interface. If your product does not have any display control capabilities, you can use our serial display and only need to use simple commands to control the displayed content through RS232/458
2.0-inch tft display drawings and interfaces
2.0-inch TFT display screen, adopting IPS display mode, the diagonal length of the active area is 2.0 inches, and the resolution is 320x 240 (horizontal 320 x vertical 240 pixel array). The driver IC is ILI9342C, which supports SPI/RGB/MCU interface. And the length, shape and interface of the display FPC can be customized, and capacitive touch screen and resistive touch screen can be added to achieve perfect human-machine operation.
The operating temperature range of the 2.0-inch LQVGA display: -30°C~85°C, the storage temperature range: -40°C~90°C, we are very supportive of the customization of the display, because we know how important it is to you, let Let’s start the perfect project.
The outline drawing is as follows: