FPB-RA0E1

This video demonstrates how to detect human movement using a digital PIR sensor with the FPB-RA0E1.This video demonstrates motion detection using the RA microcontroller for practical sensing applications.

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• FPB-RA0E1

Learn how to interface a 10cm water level sensor for Arduino with the FPB-RA0E1. This video demonstrates how to measure and monitor water levels using the RA microcontroller.

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• FPB-RA0E1

Learn how to connect and use an infrared proximity sensor with the FPB-RA0E1. This video provides a step-by-step demonstration of sensor operation and integration using the RA microcontroller.

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• FPB-RA0E1

Learn how to control an optocoupler relay using the GPIO pin write function on the FPB-RA0E1. This video provides a clear, step-by-step demo of relay control using the RA microcontroller platform.

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• FPB-RA0E1
• Optocoupler Selection Guide

This video demonstrates how to set up an RA project as an I²C slave device using the FPB-RA0E1 board.

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• FPB-RA0E1

This video demonstrates how to read an analog signal using the FPB-RA0E1 board.

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• FPB-RA0E1

This video demonstrates how to use different low power modes on the FPB-RA0E1 board.

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• FPB-RA0E1

This video demonstrates how to use the Real Time Clock (RTC) on the FPB-RA0E1.

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• Real Time Clock (RTC)
• FPB-RA0E1

This video demonstrates how to use the Watchdog Timer on the FPB-RA0E1 board.

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• FPB-RA0E1

This video demonstrates how to implement a Blinky project on the FPB-RA0E1 board and shows how to use UART for communication.

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• RA0E1 Fast Prototyping Board

This video demonstrates how to read the GPIO input level on the FPB-RA0E1 board.

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• RA0E1 Fast Prototyping Board

This video explains how to build the Renesas BSP using a Renesas-prepared Docker container when an Ubuntu machine with the required version is not available.

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• RA0E1 Fast Prototyping Board

本视频将指导刚刚接触 RA 系列的客户完成安装开发环境、生成项目和检查操作等步骤，以便使用快速原型开发板开发软件。

这里将介绍使用FPB-RA0E1（Debugger: J-Link ARM）的示例。

相关资源

FPB-RA0E1 - RA0E1 Fast Prototyping Board

Watch the RA0E1 demonstration video to see the low-power operation in the various power modes, as well as sensor data collection use case. Reduce power, lower BOM cost and simplify your design cycle with RA0E1 MCUs.

An overview of the RA0E1 entry-level, ultra-low power general purpose MCUs and how the optimized peripherals simplify system design for a wide range of cost-sensitive applications.