LQ104S1DG2C

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Display Modules are a common and important tool in modern technologies that allow us to view information in a readable form. The LQ104S1DG2C is a particular display module that is widely used in a variety of different applications. This article will cover the application fields and working principles of the LQ104S1DG2C.

The LQ104S1DG2C is a liquid crystal display (LCD) module. It features a 10.4-inch display, 800 x 600 resolution and a brightness of 250 cd/m2. This low power consumption display offers reliable performance, excellent response time and contrast, clear images and a wide viewing angle of 176 degrees. It is ideal for applications that need a high contrast image and good quality visuals, including automotive displays, medical equipment, and vending machines.

The working principle behind the LQ104S1DG2C is relatively simple. The module consists of a thin layer of liquid crystal molecules sandwiched between two thin sheets of glass. When an electric current is applied to the crystal molecules, it causes them to align, allowing light to pass through. The orientation of the crystal molecules can be changed, thus altering the amount of light that passes through and creating an image on the screen.

To generate images on the display, the LQ104S1DG2C uses a method called Liquid Crystal Display (LCD) technology. This requires two specialized electrodes — a transparent conductive layer and an opaque layer — to create an electric field. The electric field controls the alignment of the liquid crystal molecules and allows us to manipulate the amount of light passing through the crystal and create images on the screen.

The LQ104S1DG2C is a versatile and useful display module due to its low power consumption, reliability and exceptional image quality. It is well-suited for a variety of applications that require high contrast and clear visuals, from medical equipment to automotive displays. Its simple yet effective design is based on the principle of Liquid Crystal Display technology, which uses a transparent conductive layer and an opaque layer to manipulate the alignment of liquid crystal molecules and create dynamic images on the screen.

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