R5F21332CNFP#50

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The R5F21332CNFP#50 is an highly integrated microcontroller with deep embedded Flash memory device designed specifally for automotive applications. It is built on Renesas’ SH2A-FPU core, which is an advanced and feature-rich 32-bit microcontroller running at 48MHz.

Application Field

The R5F21332CNFP#50 is ideal for embedded automotive control systems, particularly those requiring high performance with reduced power requirements. It has been designed to meet the rigorous requirements of a diverse range of automotive functions, such as powertrain control, body control subsystems, warning systems, communication, and vehicle multimedia. It features a range of integrated peripherals that enable automotive applications to be realized quickly and easily.

The R5F21332CNFP#50 also finds application in non-automotive control systems, such as medical equipment, industrial systems, and consumer devices. It offers advanced features for embedded applications, including an array of timers and serial interfaces, 32-bit CPU core, 1 MIPS/MHz, advanced 16- and 32-bit arithmetic, up to 12Timer Units, wide range of communication interfaces, low power modes, and Enhanced Flash Memory.

Working Principle

The R5F21332CNFP#50 is based on the SH2A-FPU architecture, which is a highly reliable, high-quality 32-bit processor with advanced instruction-set design. It is capable of executing up to 1MIPS/MHz, making it an ideal choice for dynamic embedded systems that require high performance. The CPU core is further enhanced with an advanced 16/32-bit arithmetic engine and advanced instruction set, which allows for efficient implementation of complex algorithms and functions.

The R5F21332CNFP#50 also features a range of integrated peripherals, which allows for a wide range of application specific features. These include up to 12Timer Units, several communication interfaces, Enhanced Flash Memory, two 16-bit A/D Converters, two Serial Communication Interfaces (SCI), four 16/32-bit General Purpose Input/Output (GPIO) ports, and four 16-bit Audio Serial Interfaces (ASI). The integrated peripherals provide for efficient implementation of automotive automotive functions and applications such as driving motor control systems, controlling sensors, and sending/receiving communications.

The R5F21332CNFP#50 also features a low power modes, allowing it to operate with reduced power requirements and extended battery life. The processor is specifically designed to remain in one of two registered idle modes that are supported by the device. These two modes allow the processor to reduce its power consumption when not actively executing instructions or processing data.

The R5F21332CNFP#50 also features a variety of power management options. These include low power instruction fetch, instruction pipeline flush and split clock mode, which can be used to reduce power consumption. Additionally, the device also offers a wide range of power-saving features, such as low power oscillator, sleep modes, and intelligent clock gating. These features help to reduce power consumption and extend battery life.

The R5F21332CNFP#50 is a highly capable, feature rich microcontroller that is designed to meet the needs of embedded automotive applications. It is capable of executing up to 1MIPS/MHz and is ideal for applications that require high performance with reduced power requirements. Its integrated peripherals, low power modes, and power management options make it an attractive choice for embedded automotive control systems.

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