GLK240128-25-422-FGW-E

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The GLK240128-25-422-FGW-E is a type of display module, categorized within LCD, OLED, and graphic displays. This module is used for various applications in industrial, commercial, and medical displays, and offers a wide range of features and benefits.The GLK240128-25-422-FGW-E is a high resolution display module, capable of displaying images and videos at resolutions up to SXGA (1280x1024) and full high definition (1920x1080). It has an LED backlight, making it suitable for applications with changing lighting conditions as well as for applications requiring low power consumption.The device has a wide viewing angle (up to 170 degrees), making it suitable for use in professional viewing applications, such as control room displays. The module also supports multiple interfaces, including digital, analog and USB, allowing it to be used in a variety of applications where different connections are needed.The GLK240128-25-422-FGW-E uses a liquid crystal display (LCD) panel with thin film transistor (TFT) technology, providing high contrast ratios, long life, and a wide range of colors. The device is designed to minimize power consumption and minimize the effect of electromagnetic interference, making it suitable for commercial and medical display applications.The working principle of the GLK240128-25-422-FGW-E is based on electric impulses sent through the LCD panel, which causes different regions of the panel to turn on and off, thus creating the desired image on the display. The brightness of the display is determined by the amount of power sent through the panel. The LCD panel has a number of thin film transistors (TFTs) that act as pixels, which when combined create the image on the display.In summary, the GLK240128-25-422-FGW-E is a versatile display module, suitable for use in various industrial, commercial, and medical applications. It is a high resolution display with a wide viewing angle, capable of displaying images and videos at selectable resolutions up to SXGA and high definition. The device is designed to minimize power consumption and minimize the effect of electromagnetic interference, while the working principle is based on electric impulses sent through the LCD panel.

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