MOU-AL202C-FB3SE

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The MOU-AL202C-FB3SE is a unique type of display module ideal for a range of applications. It offers LCD, OLED character, and numeric display capabilities, making it suitable for a variety of uses. In this article, we will discuss the application field and working principle of this model.

Application Field

The MOU-AL202C-FB3SE is an affordable yet powerful display module that can be used for various applications. It is ideal for automotive, industrial, and medical control systems, due to its easy integration and precise control functions. The screen size of 84 x 450 pixels ensures that customers can easily read messages on the display, while the blue backlight option allows a pleasant viewing experience.

In addition, the module has a temperature range of -10 to +75 °C, which makes it ideal for harsh conditions. The device also has a low voltage operation to ensure that it can be used in vehicles and mobile devices that are powered by a limited voltage. The display function supports both text and graphical display options, giving users the flexibility to display any type of information.

Working Principle

The working principle of the MOU-AL202C-FB3SE is based on the basic circuit structure of this device. The module consists of a controller, driver, interface, display device, connector, and power supply that are connected in series. The controller controls the driver and the interface, and the driver is responsible for converting the digital signals from the controller into analog signals for the display device. The interface is used for connecting the module to the external host or computer.

The power supply sends electrical current to the controller, driver, and display device, which allows them to perform their tasks. The connector provides the passage for the electrical signals and the backlight option. When the signals from the controller reach the driver, it converts the digital signals into analog signals and sends it to the interface. The interface then sends the analog signals to the display device.

Once the display device receives the analog signals, it converts them into visible information on the screen. The connector also allows the user to control the backlight options in order to provide a pleasant viewing experience. This is the main working principle of the MOU-AL202C-FB3SE, allowing for efficient display capabilities in many applications.

Conclusion

The MOU-AL202C-FB3SE is an advanced display module ideal for a range of applications, including automotive, industrial, and medical control systems. It offers an LCD, OLED, and numeric display function, allowing for easy integration and precise control. The working principle of the module is based on a basic circuit structure, with a controller, driver, interface, display device, connector, and power supply being connected in series.

The module has a temperature range of -10 to +75 °C, while the connector allows the user to control the backlight options. Overall, this model is a great option for anyone looking for an advanced display module with easy integration and precise control.

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