MB91F522BSCPMC1-GTE1

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The MB91F522BSCPMC1-GTE1 is a high-performance, low-power 16-bit microcontroller that is ideal for embedded applications that demand flexibility and high performance. The MB91F522BSCPMC1-GTE1 combines a 16-bit RISC CPU core and a range of on-chip peripherals, including features specifically designed to optimize power consumption. This makes the MB91F522BSCPMC1-GTE1 an excellent choice for applications requiring a long battery life, such as medical devices, industrial and consumer applications, as well as automotive applications.

The MB91F522BSCPMC1-GTE1 CPU core is an enhanced version of the Renesas\' 16-bit CISC type H8/300H core, with additional instructions to reduce program code size and increase execution speed. The MB91F522BSCPMC1-GTE1 has an asynchronous bus interface, which allows for 8/16/24-bit access of external memory. Other features include direct memory access, debug features, and a unique differential clock system.

The MB91F522BSCPMC1-GTE1 is built with a wide range of on-chip peripherals, including an advanced Direct Memory Access (DMA) controller, an interrupt controller, and a range of communication channels such as Serial Peripheral Interface (SPI), USB,LIN,CAN, and I2C. Additionally, the MB91F522BSCPMC1-GTE1 features an embedded flash memory with a maximum capacity of 256Kx16. A built-in LCD driver is also present, as well as a range of on-chip A/D converters and PWM timers.

The MB91F522BSCPMC1-GTE1 offers a powerful set of development and debugging tools, including a software simulation debugger, a peripheral simulator, and several simulator Executables. The simulation debugger is compatible with the Renesas M32C/80 debugger. Additionally, the MB91F522BSCPMC1-GTE1 provides the ability to program, debug, and download code to boards and devices.

The MB91F522BSCPMC1-GTE1 is well suited for embedded applications which require high performance, low power consumption and flexibility. Its wide range of features, high performance CPU core and enhanced on-chip peripherals make it an ideal choice for a variety of embedded applications.

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