MOP-GL24064R-BBTW-22N-3IN

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The MOP-GL24064R-BBTW-22N-3IN is a LCD display module with advanced features and design suitable for various applications. It is a multi-functional LCD with a COG parallel interface and a function to support input control and setting.

This set of LCDs comes with an array of features that signals a secure working environment. It includes an embedded backlight power supply, a long life LED backlight, an embedded 8x2 character ROM, and an embedded 8x4 font ROM with read and write counterparts.

The display module supports both backlight brightness and gamma correction. It comes with an embedded temperature sensor, allowing for temperature compensation with the voltage reference point. This ensures the best display performance in any environment.

Its contrast ratio is up to 200:1, which provides vivid, high contrast images and text. The display also boasts a wide viewing angle of 140°. The total thickness of the LCD module is only 7 mm, making it space-saving and easy-to-install. It is a high-performance module that provides grade value and convenience.

The module has a terminal connection to allow flexible input control and setting throughout the whole system. Additionally, it uses a small board to mitigate reflection and can switch between high-quality white and low-quality multiplexed modes easily.

The working principle of the MOP-GL24064R-BBTW-22N-3IN is based on transmissive liquid-crystal technology. It refers to the type of display that relies on two polarized glasses or two pieces of polarizing material between which liquid crystal is sandwiched. In the LCD’s case, liquid crystal molecules are contained in a thin film between two oppositely charged plates, one of which is made of polarizing material. As a result of the electrical charge, the liquid crystal molecules line themselves up along the direction of the charge.

The light will then enter the LCD and pass through a colored filter. The colored filter is used to filter out any unwanted light and to provide the desired colors. Finally, the light will reach the liquid crystal layer where the electric current will pass through. By doing so, it changes the orientation of the liquid crystal molecules, allowing the light or current to pass or block the light or current from passing.

MOP-GL24064R-BBTW-22N-3IN is a great choice for many applications, including industrial control, health care, retail, barcode scanners, and automotive instrumentation. With its color performance and space-saving size, it can be used in a variety of display needs.

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