R5F2LA8AADFP#30

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The R5F2LA8AADFP#30 is a microcontroller manufactured by the Japanese company Renesas Electronics. It has a 32-bit RISC CPU core and is designed for embedded applications in automation, robotics, industrial control, medical, automotive, internet of things and other areas.

The processor is based on the Renesas RH850/P1M-C family core and is an embedded 32-bit NEON SIMD RISC CPU with 16KB instruction and 12KB data cache. It has an on-chip debug interface which supports various debug modes and a built-in ram monitor. The processor clocks up to 200MHz and has a large peripheral set including, MSIO, AD/DA, MSCAN and more, making it suitable for embedded system designs with small form factors and cost constraints.

The R5F2LA8AADFP#30 was designed for low power and enhanced performance applications, featuring a power-saving design that is optimized for power consumption, integrated power management core and power-on reset circuit.

The processor includes a full range of embedded peripherals including CAMC, 4 16-bit Timers, 4 Interrupt Sources, 8 Channels of PWM Timer, 8 Channels of UART, and 8 Channel 10-bit ADC. It also supports various communication interfaces including CAN, I2C, SPI and USB.

The processor is programmed and debugged using an IDE such as Renesas e2 studio. Once programmed the processor is easily configured and debugged through the integrated USB port, allowing remote program and data access. The IDE also provides a graphical interface for programming and debugging, simplifying the development process.

The R5F2LA8AADFP#30 is an ideal choice for embedded system designs requiring low power, enhanced performance, and superior connectivity. It can be used in a variety of applications such as automation, robotics, medical, automotive, internet of things and industrial control. With a wide range of embedded peripherals and on-chip debugging tools, the R5F2LA8AADFP#30 provides a powerful and user-friendly solution for various embedded system designs.

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