R5F21345MNFP#50

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R5F21345MNFP#50 is an embedded microcontroller, which applies in various fields and applications. In this article, we will introduce the application fields and working principle of R5F21345MNFP#50.

Application of R5F21345MNFP#50

R5F21345MNFP#50 is applicable in system control, home appliances, industrial equipment, personal entertainment and sports equipment industries. Specifically, the compatible fields include Factory Automation, Automotive, Industrial Automation, Medical Device, HMI (Human Machine Interface), POS (Point Of Service), Printer, LED Light, and Electronic Payment.

The features of R5F21345MNFP#50 make it ideal for various embedded applications. For example, it is a high-performance system-on-chip (SoC) with up to 80 MHz. It is also capable of managing multiple I/O operations concurrently, minimizing power consumption and reducing system size.

R5F21345MNFP#50 also supports a wide range of industry-leading peripherals, including Ethernet, USB, andCAN bus communication. It also supports various memories, including 8/16/32/Bit SDRAM, flash memory and SRAM. All these make the R5F21345MNFP#50 perfect for embedded applications.

Working Principle of R5F21345MNFP#50

R5F21345MNFP#50 is an 8-bit microcontroller based on the Renesas RL78/G13 silicon architecture. It uses a hybrid architecture consisting of an 8-bit CPU and an 8-bit embed controller to deliver a high-performance SoC solution.

In terms of power efficiency, the R5F21345MNFP#50 features a true low power system based on an 80MHz clock rate. Plus, it offers an idle-mode sleep current rating of 0.065 mA/MHz, allowing you to achieve the best possible efficiency and ultra-low power operation.

Additionally, the R5F21345MNFP#50 is designed for high-speed real-time computing. It can access local memory or external memory at speeds of up to 100MHz, with a worst-case read cycle time of only 1.2us. This makes it ideal for high-speed applications, such as motor control and vision control.

The R5F21345MNFP#50 supports an extensive range of on-chip development tools, and it is fully compatible with the industry-leading IAR Embedded Workbench IDE. This IDE allows you to develop, debug, and deploy programs quickly, helping you to reduce development time.

In terms of communication interface, the R5F21345MNFP#50 offers a variety of peripheral interfaces, including Ethernet, USB and CAN bus. This makes it suitable for a wide range of applications, including in-vehicle network control, autonomous driving, and others.

Conclusion

In conclusion, R5F21345MNFP#50 is a powerful embedded microcontroller that is suitable for many applications. It offers a high-performance system-on-chip with low power consumption, a wide range of peripherals, and an extensive range of development and debugging tools. All these make the R5F21345MNFP#50 a perfect choice for embedded applications.

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