GLK24064R-25-1U-422-WB-VPT-E

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The GLK24064R-25-1U-422-WB-VPT-E (GLK) displays are one of the most popular display products in the Display Modules - LCD, OLED, Graphic product family. Whilst typically used for commercial applications, GLK displays are also suitable for home and industrial use. In this article, we will discuss the GLK application fields and the working principle behind it.

Applications

The GLK modules offer a high resolution, making it suitable for a range of applications. It is an ideal display solution for industrial or home systems, and is commonly used in home theater systems or vehicle navigation systems. It is also used in high end terminal displays, vending machines, and ATM machines. Moreover, with its low power consumption, it can be used in medical and medical device displays.

Working Principle

The GLK24064R-25-1U-422-WB-VPT-E display works by using LCD technology, similar to other displays in the product family. It has a row of pixels arranged along the horizontal axis, and has a column of pixels arranged along the vertical axis. A thin film transistor (TFT) is then placed between the two layers, allowing the control of each individual pixel. The TFT used in the GLK module activates the color filter at each pixel, thus generating the image. The display is then illuminated by an LED backlight.

The GLK module consists of a multilayered LCD panel and a row and column driver. The LCD panel is composed of a matrix of alternating columns and rows of LCD pixels, with each pixel having three sub-pixels: red, blue, and green (RGB). Each sub-pixel is then individually driven by the TFT, creating a full color LCD display. The LCD panel is then illuminated by the LED backlight, which emits a backlight evenly across the LCD panel. This creates the image that is seen on the GLK module.

Conclusion

The GLK24064R-25-1U-422-WB-VPT-E is an LCD display technology that can be used for a variety of applications. With its high resolution and low power consumption, it is ideal for industrial, home, and medical applications. It works by using an LCD panel with RGB sub-pixels being individually driven by the TFT and then illuminated by the LED backlight.

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