MB90347ASPFV-G-320E1

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MB90347ASPFV-G-320E1 is an embedded microcontroller that provides exceptional performance in terms of capability and power efficiency in applications such as digital signal processing, embedded software development and networked control systems. It is suitable for use in a wide range of applications ranging from consumer electronics and mobile phones to industrial automation and in-vehicle systems.

The MB90347ASPFV-G-320E1 is a 32-bit microcontroller based on the popular Renesas RISC core. It has an operating frequency of up to 320 MHz with a bus width of 32-bit. It has a large 32KB instruction cache for tight loop performance, and a 4 KB data cache, which together provide high efficiency in the execution of multiple applications. The integrated RAM and ROM are space efficient to allow for minimum board space while providing ample memory for applications. Other features include a multi-channel UART, advanced SPI, I2C and a Digital Interrupt Controller (DIC).

The MB90347ASPFV-G-320E1 is also one of the first microcontroller architectures to incorporate a unique technology called Flexible User Code Partitioning (FUCP). FUCP technology allows flexibility in user code partitioning to handle multiple and distinct application threads simultaneously. This technology can help reduce power consumption and overall processor complexity, allowing for more efficient solution designs.

The MB90347ASPFV-G-320E1 also provides advanced development and debugging capabilities. Through the use of the USB-based debugging platform, engineers can easily load and execute their code on the chip. This helps to reduce development cycles and debug time. The chip also has on-chip debugging capabilities, as well as built-in emulation hardware, making it well suited for verification and validation cycles.

In terms of its application field and working principle, the MB90347ASPFV-G-320E1 is suitable for a wide range of embedded applications. It can be used in industrial automation, consumer electronics, and mobile phones. It is also well suited for digital signal processing and networked control systems. The unique FUCP technology allows the processor to handle multiple and distinct application threads, providing greater power efficiency and improved processor complexity. Its 32-bit bus width and integrated RAM and ROM allow for space efficiency while providing ample memory for applications. Lastly, the USB-based debugging platform and on-chip debug features make this chip well suited for verification, validation, and development cycles.

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