MB9BF314NBGL-GE1

MB9BF314NBGL-GE1 Application Field and Working Principle

The MB9BF314NBGL-GE1 is a 16-bit Instruction Core microcontroller (MCU) suitable for embedded applications in fields such as healthcare, automotive, consumer electronics, and industrial automation. This MCU is one of many members of the FR family of 16-bit MCUs manufactured by Fujitsu Semiconductor. This family of MCUs boasts impressive computing power, efficiency and speed, making them ideal for embedded applications.

The MB9BF314NBGL-GE1 is equipped with a 16-bit CPU core, 512KB of Flash memory, 16KB of RAM and 64KB of image EDC for on-chip image storage. Additionally, this MCU provides a variety of peripheral circuits such as A/D Converter, SCI, SPI, and I2C to support multiple semicon solution abilities. This MCU can operate at speeds up to 32 MHz and offers a wide range of counters, timers, PWM channels, and DMA controllers.

At the heart of the MB9BF314NBGL-GE1 is the FR Family 16-bit CPU core. This CPU core offers a dual-core architecture and utilizes 16-bit instructions that can be executed sequentially and in parallel. This core also features an advanced superscalar architecture which allows instructions of multiple types to be ExecuteD in parallel. This gives the MCU the ability to execute over one thousand instructions per second.

The MB9BF314NBGL-GE1 also contains on-chip memory and I/O peripherals. The flash memory can be used to store up to 512KB of code and data as well as to store images and other data. The RAM provides 16KB of SRAM to store active data and instruction code. Additionally, the MCU contains 64KB of image EDC for on-chip image storage. The I/O peripherals provide support for communication such as UART, CAN, I2C, SPI, and PWM, among other protocols.

Overall, the MB9BF314NBGL-GE1 is an ideal solution for embedded applications. It offers impressive computational power, high data throughput and low power consumption. This MCU is equipped with on-chip memory, I/O peripherals, and core components to provide a high degree of integration. The 16-bit instruction core and dual-core architecture provide powerful instruction execution performance and high data throughput. This makes it an ideal choice for embedded applications in fields such as healthcare, automotive, consumer electronics and industrial automation.