GLK240128-25-USB-FGW-E

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The GLK240128-25-USB-FGW-E is a display module categorized as LCD, OLED, Graphic. It has a wide range of applications and knowledge about its working principle is essential for its successful implementation.

Applications of GLK Electronic Products

The GLK240128-25-USB-FGW-E display module can be used in a variety of applications. These include medical, industrial, marine and automotive applications. This display module is specifically suited for medical device applications as it is a robust module meant to withstand vibration and shock, extreme temperatures and moisture.

In industrial applications, the GLK240128-25-USB-FGW-E display module is mainly used to monitor power control devices, display information on motors and large plants. The display can be customized to the level of tactile feedback desired by the user, and has a light emitting surface that makes it visible even in dim lighting conditions.

This display module is also suitable for marine applications as it is resistant to corrosion and shock, able to work in high temperature and humidity levels and its light emitting surface is sunlight readable.

In automotive applications, the GLK240128-25-USB-FGW-E display module is mainly used to display information from dashboards and navigation systems. It is a robust module capable of withstanding extreme temperatures and vibrations, making it a perfect fit for cars that are often used for off-roading activities.

Working Principle of GLK Electronic Products

The GLK240128-25-USB-FGW-E display module works using liquid crystal display (LCD) technology. The display module consists of a pair of electrodes, one made up of a thin layer of conductive glass and the other of a transparent plastic film. When voltage is applied across these two electrodes, the liquid crystal molecules in between these two electrodes speed up and reverse their orientation relative to the electric field.

If these molecules line up parallel to the electric field, they become orientated in an arrangement that renders the glass and plastic transparent, allowing the backlight to pass through. However, if the molecules are orientated perpendicular to the electric field, the glass and plastic remain opaque, blocking the backlight and causing the display module to show no information.

The GLK240128-25-USB-FGW-E display module is capable of displaying information by mapping pixels onto the glass and plastic layers. Each pixel is then allocated a target brightness, allowing for large and intricate images to be displayed onto the LCD.

Conclusion

The GLK240128-25-USB-FGW-E display module is a robust liquid crystal display module that can be used in medical, industrial, marine and automotive applications. Its working principle revolves around electrons being applied across two electrodes, causing liquid crystal molecules within the display module to reverse orientation and alter transparency. Information is then mapped onto the liquid crystal display, allowing for the display of images and text.

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