GEN4-ULCD-50D-CLB-PI

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GEN4-ULCD-50D-CLB-PI Application Field and Working Principle

The GEN4-ULCD-50D-CLB-PI is a particular model of control and display module that is part of the company’s range of slim, feature-rich display modules. It offers robust features, making it suitable for a variety of applications, such as industrial, automotive, medical, and commercial.

General Features

The GEN4-ULCD-50D-CLB-PI is a full-color LCD module with a 5” diagonal viewable area and 640 x 480 active pixels. It is fitted with an LED backlight that can be dimmed to extend battery life and reduce power consumption. The module supports up to 262K colors and 5 levels of gray. Other features include a 400-megahertz ARM Cortex-M3 processor, an SD card interface, and a 16-bit RGB parallel digital interface.

Application Field

Given its robust features, the GEN4-ULCD-50D-CLB-PI is suitable for a wide range of display applications, including:

• Industrial - industrial automation, machine control, and monitoring systems
• Automotive - dashboard displays, navigation systems, and gauges
• Medical - patient monitoring, imaging, and laboratory systems
• Commercial - consumer electronics, point of sale systems, and retail kiosks

Working Principle

The working principle of the GEN4-ULCD-50D-CLB-PI is based on the concept of parallel digital graphics. This process converts an analog signal into a digital one via a digital-to-analog converter (DAC). This DAC sends data to a TFT LCD screen, enabling it to create an image. The image is then output to the display. The ARM-Cortex processor takes in commands from the user’s interface and then processes them before sending them to the Digital Parallel Graphic circuit (DPG). The DPG then sends the image data to the LCD screen, which then displays it.

Conclusion

The GEN4-ULCD-50D-CLB-PI is a slim, feature-rich display module that is suitable for a variety of applications, such as industrial, automotive, medical, and commercial. Its working principle is based on the concept of parallel digital graphics, which is used to convert an analog signal into a digital one and then output to the display.

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