R5F72147BDBG#U1

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R5F72147BDBG#U1 is an advanced 16-bit microcontroller developed by Renesas Electronics Corporation. It is an embedded type MCU with an instruction set optimized for the embedded system applications. It features an on-chip non-volatile Flash memory that allows an end user to store a variety of program data, as well as the capability to run multiple applications and processes.

The R5F72147BDBG#U1 uses a fast clock frequency of 0 to 20.6 MHz, allowing it to process instructions at a fast rate of more than 1.3 MIPS (million instructions per second). Its On-Chip Flash Memory is also performance optimized, allowing embedded systems to have faster start-up and program execution times, which can be essential for time-dependant applications. The R5F72147BDBG#U1 also has an external memory interface that can be used to access external RAM, ROM, and other types of memory, further expanding its storage capabilities.

The R5F72147BDBG#U1 is commonly used in the following embedded applications:

• Industrial Automation and Control
• Building Automation
• Medical Devices
• Automotive
• Consumer Electronics
• Military/Aviation
• Smart Home

The R5F72147BDBG#U1 has a wide range of features that make it suitable for use in a variety of embedded applications. It supports a wide range of digital and analog peripherals, as well as a variety of development tools, allowing software developers to easily create a range of applications using the same processor.

The R5F72147BDBG#U1 has an advanced peripheral set that includes eight 10-bit A/D converters, one UART (Universal Asynchronous Receiver/Transmitter), four CPD (Counter/Pulse-Drive) submodules, an RTC (Real Time Clock) submodule, two timer/event-counter submodules, four extended I/O ports, two multi-function I/O ports, and two 8-bit Timer/PWM channels.

The working principle of the R5F72147BDBG#U1 is based on a Harvard type architecture comprising of a CPU, a Flash memory controller, a Data Flash controller, and a peripheral set. This architecture allows the processor to execute programs within the Flash memory, and to access the peripherals through a dedicated bus. The processor can switch between executing programs within the Flash memory, and accessing peripherals, creating an efficient and optimized embedded system.

The R5F72147BDBG#U1 also supports a range of development tools and libraries that make it easy for developers to create embedded applications. It supports the Renesas Standard Library (RSL), which is a C compliant library that provides a range of useful software development capabilities, such as a parameter checking function, a vector table, and a startup function. It also supports the e2 studio integrated development environment (IDE), which is a highly advanced toolchain that includes a full range of integrated tools, enabling developers to create embedded applications quickly and efficiently.

To summarize, the R5F72147BDBG#U1 is an advanced 16-bit microcontroller developed by Renesas Electronics Corporation. It is an embedded type MCU with an instruction set optimized for the embedded system applications. Its On-Chip Flash Memory is performance optimized, making it suitable for time-dependant applications. The R5F72147BDBG#U1 is commonly used in the industrial automation and control, building automation, medical device, automotive, consumer electronics, military/aviation and smart home applications. It has an advanced peripheral set and supports a range of development tools that make it easy for developers to create embedded applications.

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