MOP-GL12232D-BBTW-26N-3IN

Display Modules - LCD, OLED, Graphic

The MOP-GL12232D-BBTW-26N-3IN is a type of display module. It is a Liquid Crystal Display (LCD) module with a very high resolution. The module itself has a black bezel and white backlight, providing very clear and bright images. The module features a 26-pin interface and a 3-inch display size.

Applications

The MOP-GL12232D-BBTW-26N-3IN module is used for applications that require very accurate and detailed displays. This is because of its high resolution, which can render objects with a high degree of detail. It is commonly used in consumer devices such as smartphones and tablets, as well as medical and industrial equipment.

The module also has utility in applications involving data visualization. In this regard, it can be used to display information such as graphs or maps, which require high resolution to be easily read and understood. This makes it an ideal choice for those who need to present data in an appealing way.

Working Principle

The working principle of the MOP-GL12232D-BBTW-26N-3IN display module is based on liquid crystal technology. This type of display uses electric currents to control the orientation of liquid crystals. When the crystals are triggered by the electrical current, they act as a light valve and rotate the incident light in the direction of the electrical field.

This orientation of the liquid crystals determines which parts of the display are light and which are dark, forming the desired image. The display module also has a backlight that ensures that the image can be easily seen even in low light conditions. The combination of these two features makes the module suitable for use in devices that need accurate and detailed display images.

Conclusion

The MOP-GL12232D-BBTW-26N-3IN is a high-resolution display module that is suitable for applications that require detailed images. It uses liquid crystal technology to ensure that the images are crisp and clear even in low light conditions. It is commonly used in consumer electronics, medical and industrial applications as well as data visualization.