ZX-XC8A 8M

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ZX-XC8A 8M is an embedded microcomputer chip, developed by Shenzhen ZX Micro Company. It is suitable for embedded intelligent control system based on 8-bit, low cost, low power consumption and low radiation. It has powerful resources and functions, and has a wide range of applications.

At present, ZX-XC8A 8M is widely used in automotive electronics, home appliances, toys, household appliances, alarm systems and other fields. In addition, it is widely used in research and development of new product functions, functional product debugging, software embedded development, program updating and other related fields. Different application fields may require different operating conditions, such as working environment temperature, current size or other special requirements, and the chip can meet these requirements.

ZX-XC8A 8M has a variety of features to meet different application requirements, such as low power consumption (less than 5mA), 8kB SRAM, 8M Flash storage, multiple basic timers and I/O interface, and versatile instruction set. In addition, there are multiple PWM output, I2C communication, UART interface, single serial interface, and multiple reset modes.

The working principle of ZX-XC8A 8M is relatively simple. It uses the CPU of ZX-XC8A to decode the instruction, then use the status register to store the data, and use the data bus to transfer data between the memory and the CPU. In addition, the chip also has a related interrupt system, which can divide the main function and guarantee the data management related work.

In summary, ZX-XC8A 8M is an embedded microcomputer chip with powerful resources and functions, which is wide in application range and can meet different application requirements. It has low power consumption, 8kB SRAM, 8M Flash storage, multiple basic timers and I/O interface, PWM output, I2C communication, UART interface, single serial interface, and multiple reset modes. Its working principle is relatively simple, which uses the CPU of ZX-XC8A to decode the instruction, storing data in the status register, and transfer data between the memory and the CPU.

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