MK-480272C

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Display modules are electronic display devices used to deliver information to the user. Display modules such as LCD, OLED, and Graphic enable users to see text, images, video, and animations easily in a wide range of applications. MK-480272C is a display module that utilizes LCD technology as its base and adds a variety of support functions and applications such as text and graphics. In this article, we will discuss the application field and working principle of MK-480272C.

MK-480272C consists of a 4.8 inch color LCD screen with a resolution of 800×480 pixels. It can display a variety of images in high quality and with full color. The display module has several features such as a wide viewing angle, high contrast ratio, high brightness, low power consumption, and low current consumption. It is also very reliable in operation and features driver ICs for both touch control and display control.

The main application area for MK-480272C is as an embedded display for industrial control, medical and automotive applications. The display module is suitable for high-end embedded applications because it can be used in challenging environments such as extreme temperatures and extreme humidity. It hasEMC specifications that meet the required safety standard and the driver ICs ensure a stable operation even in these adverse conditions.

The working principle of MK-480272C is based on liquid crystal display (LCD) technology. In LCDs, a voltage is applied to liquid crystals to change their molecular structure and thus they can be used to display images. The driver ICs are used to control the LCD and ensure that the Liquid Crystal molecules align according to the applied electric field. The molecules then rotate and block light from the backlight of the LCD. In this way, image is displayed on the screen.

In summary, MK-480272C is a display module based on LCD technology. It is used in embedded applications in various industries due to its reliability and low power consumption. It has a 4.8 inch colour LCD screen with a resolution of 800×480 pixels and features driver ICs for both touch and display control. The working principle of the display module is based on LCD technology where voltage is applied to Liquid Crystal molecules to display the image.

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