MOP-GL240128D-BYFY-22N-3IN

Display Modules - LCD, OLED, Graphic

MOP-GL240128D-BYFY-22N-3IN is an LCD module. It contains an LCD that offers a low power consumption, higher contrast, and fast response time. In terms of size, it is 24 conductors wide by 128 conductors tall and uses a commonly used as screen resolution of 128x128 pixels. It contains an a passive matrix display that utilizes half of the space for each frame. This makes it ideal for a variety of applications from embedded systems, watches, gaming devices, and other compact devices.

Application Field

This LCD module can be applied for a variety of applications. It is often used in gaming devices and watch displays. It is also found in instrumentation appliances and other embedded systems where size and power consumption are important considerations. It is also suitable for digital signage as it offers high contrast and regular display of information.

Working Principle

The underlying working principle of MOP-GL240128D-BYFY-22N-3IN is based on passing electric current through conducting liquid crystals to form patterns on the LCD display. The LCD module is made up of several components including a controller chip, backlight, and an LC (liquid crystal) panel. The controller chip controls the 1/2 duty driving scheme. The half of the frequency, like most TN or STN displays, results in a sharper image with better contrast and minimal ghosting. The backlight provides a light source in the form of LEDs. The liquid crystal molecules then react according to the voltages applied to each part of the matrix to form patterns. The driver IC is typically responsible for the voltage supply.

Conclusion

MOP-GL240128D-BYFY-22N-3IN LCD module offers an ideal solution for a range of applications due to its low power consumption, high contrast, fast response time, and compact size. The controller chip on the module controls the 1/2 duty driving scheme which results in clear patterns on the display. The backlight provides a light source and the liquid crystal molecules react appropriately to form patterns.