OS096016PP08MO2B10

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The OS096016PP08MO2B10 belongs to the display modules category, more specifically to the sub-category of LCD, OLED, Graphic.

It is a small, low power consuming display with a high resolution and extended temperature range, making it suitable for a wide range of applications.

Its application field includes industrial, medical and consumer products, where low-power, high-contrast and sunlight-readability may be needed. The OS096016PP08MO2B10 is capable of providing high brightness and excellent visibility under bright lights. It can also be used as a portable display for handheld products or embedded applications.

The OS096016PP08MO2B10 has a resolution of up to 320X240 and a high contrast ratio of 200. It also features an extended temperature range of -20 to +70°C, making it suitable for industrial and consumer applications in harsh environments. It is built with an LCD panel, providing a wide viewing angle and a flickerless image.

The working principle behind the OS096016PP08MO2B10 is the same as for any type of LCD. It consists of two pieces of polarized glass, called the polarizer and the glass substrate. On each layer an electric field is applied to move electrostatic particles and make them visible in a certain pattern.

The way the LCD works is by using two transistors, a positive one and a negative one. The positive transistor provides a positive voltage to the n-type electrode while the negative one provides a negative voltage to the other electrode. The voltage difference between the electrodes is what produces a strain on the electrostatic particles, allowing them to move in the directions of the electrical field.

When the required electric field is strong enough, the electrostatic particles move and create a black image on the glass substrate. This image can be changed by changing the intensity of the electrical field. The color of the image can be changed by adjusting the voltage of each electrode.

In conclusion, the OS096016PP08MO2B10 is a very useful display module for a wide range of applications, including industrial, medical and consumer products. It has a high contrast ratio and extended temperature range which make it suitable for use in harsh environments. Its working principle is based on two transistors and the movement of electrostatic particles, which allows it to produce a high-quality image.

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