R5F52203BDFL#30

The R5F52203BDFL#30 is part of the RENESAS M16C/60 Series MCUs. This microcontroller belongs to the embedded families, as its primary aspects rely on providing solutions to equipments with constrained resources. It is equipped with an 8-bit word to deliver both performance and reliability when adding embedded data-processing capabilities. The R5F52203BDFL#30 embeds up to 8kB ROM to store both user-defined and operational programs, as well as up to 256B RAM for temporary storage or for data manipulation. Additionally, its peripheral set-up is essential for delivering extended control and commutation performances such as interrupt pin, serial interface, I/O ports, and analog comparator.

The R5F52203BDFL#30 main application fields are found in Automotive Electronics, Industrial Measurement and Control, Home Appliances, and Safety Equipment. This microcontroller can be used to increase the overall performance of such equipments by making them lighter, faster, and more reliable. Additionally, the inner ROM and RAM capabilities makes the programming and debugging of the device faster and more efficient, allowing users to develop their own applications. Indeed, the RD5F52203BDFL has proved to be a viable solution in automotive electronics and industrial measurement and control, due to its full-featured set of peripherals.

The R5F52203BDFL#30has a flow-controlled 8-bit CPU, as well as an instruction set that can handle multiple arithmetic and logic processing. It is capable of delivering a maximum clock frequency of 40M reciprocal instructions per second (RIPS). This can be sufficient for microcontroller-driven media, such as analog-to-digital converters, control and commutation applications. Moreover, the R5F52203BDFL#30 includes an additional operating mode where the voltage ranges from 1.8V to 5V for low-frequency operation (up to 1 MIPS). For better accuracy, use a quartz crystal oscillator which can achieve a frequency of 100 kHz, with a tolerance of less than ±10%.

In conclusion, the R5F52203BDFL#30 is suitable to implement innovative, accurate and efficient embedded solutions without compromising on reliability. It is suitable for automotive electronics, industrial measurement, and data-processing applications, due to its wide range of peripherals and embedded ROM/RAM memories. Also, its variable voltage range makes it suitable, even for low-frequency applications, providing a maximum of 1 MIPS. Finally, its instruction set and flow-controlled 8-bit CPU allows it to deliver a maximum of 40M RIPS, making it a viable option for low-cost embedded systems.