EVB83203-01

Evaluation and Demonstration Boards and Kits are a great way to effectively and efficiently test and demonstrate a range of functions. The EVB83203-01 Evaluation and Demonstration Board is no exception to this rule and provides a platform for quick, accurate and reliable testing. This article looks into the application field and working principle of the board.

Application Field

The primary application field of the EVB83203-01 is that of rapid prototyping or demonstration of systems that are based on quaternary liquid crystal display (LCD) technology. This includes LCD touch screen displays, touchscreen input systems, quatern analyzers, controller boards and so on. The board also works well in applications related to digital signal processing, artificial intelligence and other technologies related to applied mathematics that are used in the development of modern electronic systems.

Working Principle

The working principle of the EVB83203-01 Evaluation and Demonstration board is based on its interchangeable hardware channel interface module system. This hardware system consists of four channel modules that can be added to or removed from the board and can be used to configure the board for the specific application that is being tested or demonstrated. Each module consists of two PCBs, one of which is designed specifically for the two-wire inter-integrated circuit (I²C) and the other is designed for the CAN 2.0 A/B cut networking protocol.

The interchangeable modules are placed over the main control IC and have their own specialized firmware that is necessary for the functionality of the module. The firmware on the modules is written in the Quattro Flow Language (QFL) and is used to control the data communication functions, from the can 2.0 protocol to the I²C, as well as general interface and support functions.

In addition to these general data communications functions, the EVB83203-01 Evalaution and Demonstration board also contains support components for controlling the display, power, and other peripheral components. These include three levels of power control, five levels of voltage monitoring, an adjustable LCD backlight, and other integrated support components.

Furthermore, the board includes the Triforce-LCD library, which is written in the QFL language and allows the board to access the functions within the library. Examples of these functions include screen scrolling, graphics drawing, and other interactive features such as touch input.

Conclusion

The EVB83203-01 Evaluation and Demonstration Board is a versatile board that is suitable for quickly and efficiently testing and demonstrating a range of applications based on quaternary LCD technology. It includes interchangeable modules and support components that enable the board to be used in projects related to digital signal processing, artificial intelligence, and other related fields. The board also contains the Triforce-LCD library for accessing a range of interactive features and functions.