CBC-2 01

The CBC-20 application field and working principle is an important example of Evaluation and Demonstration Boards and Kits. This paper will discuss the working principles and application fields of the CBC-20, and demonstrate its advantages and disadvantages.

The CBC-20 is a device designed to demonstrate and evaluate the use of built-in controllers. It includes two controllers: one called the "C" controller and one called the "B" controller. The "C" controller uses a 32-bit C language for programming, and the "B" controller has a built-in assembler which allows programming in a variety of assembly languages. The "B" controller also features high-speed I/O, multi-channel A/D, and pulse-width modulation (PWM).

The primary application field for the CBC-20 is automation. It is often used in industrial and commercial industrial processes, such as conveyor systems, robotics, and machine vision. It is also used in embedded systems such as vehicle controllers and medical diagnostics.

The working principle of the CBC-20 is fairly straightforward. The "C" controller is responsible for processing control logic and programming, while the "B" controller provides the necessary I/O ports and real-time algorithms. Both controllers have built-in display and keyboard interfaces for programming and displaying data.

The CBC-20 is a very versatile and reliable tool that is well-suited for evaluation and demonstration of built-in controllers. Its main advantage over other devices is its low cost, which makes it ideal for educational settings. Additionally, it can be easily configured for different applications, allowing users to quickly switch between different applications. Finally, the device is extremely durable, making it a reliable long-term investment.

Despite its advantages, the CBC-20 has some limitations. It can only support two controllers, and the programming options are limited to the "C" and "B" languages. Additionally, the I/O port is not fully expandable, so it may not be able to handle larger applications. Finally, the device does not have the ability to add or delete programming code, which makes it difficult to modify existing code.

In summary, the CBC-20 is a reliable and affordable device that is ideal for evaluation and demonstration of built-in controllers. Its low cost and durability make it an attractive option for educational settings, while its versatility allows users to quickly switch between different applications. Despite these advantages, the device has some limitations that could prevent it from being used in larger applications.