NUC130LE3CN

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NUC130LE3CN is a high performance and low power consumption MCU. It is an integrated microcomputer based on 32-bit ARM Cortex-M0 core. It is suitable for various types of embedded applications such as consumer electronics, home appliances, automobiles and intelligent remote control. It has built-in various peripheral sets and rich resources, which can meet the needs of different applications. In this paper, we mainly discuss the application field and working principle of NUC130LE3CN.

Application Field for NUC130LE3CN

NUC130LE3CN has a variety of application fields. Its 32-bit low-power embedded system can support various signal processing. Its high integration and large memory capacity make it suitable for digital signal processing, instrumentation application, and graphic processing of consumer electronics and home appliances. In addition, it can perform advanced motor control with its motor control peripheral functions and provide composite control ability to intelligent remote control. As for the automotive industry, NUC130LE3CN can provide advanced solutions in lighting, motor control, transmission and other fields.

Working Principle of NUC130LE3CN

The NUC130LE3CN adopts the ARM Cortex-M0 core, which is a single-issue RISC micro-architecture. It can execute instructions from the program memory 32-bit at a time, and the instruction speed is up to 48MHz. In addition, the system can be as low as 3V to operate, with a maximum power consumption of 0.15uA, which is highly energy efficient.

The NUC130LE3CN also has a built-in 4KB of SRAM, which can temporarily store data and eliminate the need for external data access. In addition, it contains 16K bytes of program memory, which can store application information that can be read by the processor. This can further improve the operation speed of the system and reduce power consumption.

A variety of peripheral functions are also integrated in NUC130LE3CN. These peripheral functions can realize the functions of digital-to-analog conversion, timer/counter, pulse-width modulation, communication, etc., which can meet different application needs.

In addition, NUC130LE3CN also provides advanced serial functions such as I2C, SPI, and UART. The I2C bus is an ideal choice for communication between multiple master and slave microdevices, such as robot control. The SPI bus provides extremely high speed data transmission between multiple slave microdevices, up to 30MHz, which can enhance the performance of the system.

Conclusion

NUC130LE3CN is an ideal single chip ARM Cortex-M0 core MCU solution for various embedded applications. It not only has a powerful performance, but also has rich peripheral functions and rich resources. It is an ideal choice for various consumer electronics, home appliances, automobiles, intelligent remote control and other embedded applications.

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