OS080048PK09MG1B10

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Introduction

OS080048PK09MG1B10 is an display module used widely in a wide range of applications, especially in industrial and consumer electronics. This module is categorized into the \'Display Modules - LCD, OLED, Graphic\' class.

This text takes a look at the application field and working principle of the OS080048PK09MG1B10. We will begin by examining the general features of the module before discussing the application fields and working principle.

General Features

The OS080048PK09MG1B10 is specifically designed to provide a bit mapped graphic display solution. It offers a low cost, high quality display solution for any environment. It is available in both neutral and LED backlighting options. With a 0.53 inch mcro-graphine display, the OS08048PK09MG1B10 offers a clear, crisp display experience of up to 4096 colors. It also allows for the control of text, lines, drawings, and pictures with a simple graphic editor.

Its resolution is 96 x 96 pixels, and it also has high contrast, consistent brightness, good viewing angles, and high image uniformity. This module is suitable for use under a variety of temperatures, ranging from -20° to 70°C. Additionally, the OS080048PK09MG1B10 comes with an integrated 32KB graphic RAM and an on-board oscillator for enhanced performance.

Application field

Given its features and capabilities, the OS080048PK09MG1B10 is widely used in professional and industrial settings. This module is particularly useful for displaying graphics and text in home and office settings. Additionally, it is often employed in medical, instrumentation, industrial automation, and gaming devices. This module is also frequently used in communication and automotive displays.

Working principle

The module is designed to use a chip-on-graphite liquid crystal display (COG LCD) technology. This technology utilizes an ‘active matrix’ that operates by utilizing charge and capacitance. In this method, an array of tiny transistors is placed on the back of the LCD panel. These transistors are used to provide an electrical charge to each individual pixel, thus providing light to all of the pixels onscreen.

The transistors on the back of the LCD panel are also used to ‘switch’ the onscreen pixels on and off. This ‘switching’ on and off allows for bright and dark areas of the display. This type of technology is often known as ‘TFT-LCD’ and is widely used in the production of LCD displays for both industrial and consumer applications.

Conclusion

The OS080048PK09MG1B10 display module represents a low cost, high quality graphic solution for any application. It is particularly useful in professional and industrial settings, as it utilizes chip-on-graphite liquid crystal display technology. This technology allows for bright and dark areas of the display and offers clear, crisp colors up to 4096 colors. With its high resolution, contrast, viewing angles, and image uniformity, the OS080048PK09MG1B10 is suitable for a variety of applications including medical, instrumentation, and automotive displays.

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