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瑞萨电子 (Renesas Electronics Corporation) - June is Pride Month, a month to raise awareness of the rights and the culture of the LGBTQ+ community

描述

Develop on the highly efficient S3A7 microcontroller (MCU) Group and stretch device battery life while running analog and digital peripherals in special low power modes.

System Requirements

  • Microsoft® Windows® 7 or 10 with Intel® Core™ family processor or equivalent running at ≥2.0GHz
  • ≥8GB system RAM
  • ≥2GB free hard drive space
  • ≥2 USB 2.0 ports
  • Internet connection

特性

  • Access all pins of the Synergy S3A7 MCU Group with a modular design, including a main MCU board with a custom segment LCD module and a replaceable breakout board with additional peripherals
  • Accelerate code development with the tightly integrated and qualified Synergy Software Package (SSP)
  • View, step through, and debug code with the e2 studio IDE from Renesas or IAR Embedded Workbench® for Renesas Synergy™
  • Flexible connectivity options with USB, CAN, a Bluetooth® Low Energy (BLE) module, and Pmod™ connectors for third-party, off-the-shelf, and custom multi-function boards
  • Human machine interface (HMI) functionality with a capacitive touch sensing unit (CTSU) and a segment LCD
  • On-board compass, accelerometer, light, proximity, and temperature sensors
  • Measure real-time power consumption of the current over program execution
  • Security and encryption functions enable secure data communications and storage, with support for industry-standard algorithms such as AES 128/256 and GHASH
  • Safety features include hardware diagnostics, memory protection, and watchdog timeout
  • DIP switches for error-free function configuration
  • Debugging and programming with J-Link® OB on board

应用

类型 文档标题 日期
快速入门指南 PDF 1.12 MB 日本語
应用说明 PDF 2.27 MB 日本語
应用说明 PDF 277 KB
应用说明 PDF 284 KB 日本語
应用说明 PDF 285 KB
AI 生成的摘要: The document explains how to use PWM waveform output to control LED dimming on the Renesas Synergy Platform. It includes block diagrams, switch and jumper settings for the DK-S3A7S5 and DK-S3A7J4 boards, clock configurations with detailed frequency settings, and pin configurations for input, timer, and ADC functions. The settings enable precise control of LED brightness through PWM signals.
应用说明 PDF 224 KB
应用说明 PDF 806 KB 日本語
AI 生成的摘要: This document explains how to implement a low-power sensor hub using the Synergy S3A7 MCU, where the CPU remains in Software Standby mode while periodically checking analog sensor inputs via the ADC in Snooze mode. It details the use of Low Power Modes (Sleep, Software Standby, Snooze) to minimize power consumption, describes transitions between these modes, and explains how ADC compare functions trigger CPU wake-up based on sensor conditions.
应用说明 PDF 327 KB
AI 生成的摘要: The Ambient Light Sensor (ALS) example program for the DK-S3A7 platform uses four threads—System, SLCD, LED Bar, and ALS Thread—each managing specific tasks via SSP modules and ThreadX RTOS features like message queues and mutexes. The System Thread controls overall operations, communicating with other threads for display and LED control. The DK-S3A7 board setup includes key components like the light sensor and SLCD panel. Instructions cover importing the project into e* studio, selecting the debug configuration, and setting up IAR EW for Synergy with SSC and SSP. On boot, the SLCD and LED bar cycle on/off, display firmware version, then enter Run Mode.
应用说明 PDF 223 KB
AI 生成的摘要: The document explains how to control the Segment LCD Display on the DK-S3A7 using Renesas Synergy Platform. It details writing to LCD Display Data Registers via API functions and provides a segment map for the LCD panel. Various drawing functions allow displaying digits, icons such as battery level, day of the week, AM/PM, and temperature units. Each function includes usage examples and error handling for out-of-range values.
应用说明 PDF 456 KB
应用说明 PDF 622 KB
应用说明 PDF 1.71 MB 日本語
AI 生成的摘要: The guide explains how to import and build projects using IAR Embedded Workbench (EW) for Renesas Synergy. It details opening the workspace file from an extracted example project, viewing the project structure, and configuring settings for the Synergy Standalone Configurator (SSC) and Synergy Software Package (SSP). It also covers setting the SSC/SSP path and license file, and launching the Synergy Standalone Configurator within the IDE to generate project files.
应用说明 PDF 439 KB
AI 生成的摘要: The document explains how to create and migrate custom Board Support Packages (BSPs) for Renesas Synergy SSP versions 1.1.z and 1.2.0. It details the use of the Custom BSP Creator and Custom Pack Creator tools to generate, modify, and package BSPs. Custom BSPs mainly require changes in the board folder, including essential files like bsp.h and bsp_init.c. The process involves creating a base BSP, making a template pack for modifications, editing in e2 studio, and finalizing a standard pack for distribution. An example using the DK-S7G2 board illustrates these steps.
应用说明 PDF 3.31 MB 日本語
应用说明 PDF 436 KB
应用说明 PDF 1.77 MB
AI 生成的摘要: The document details the installation and setup of the Ethernet Add-on Driver for the Renesas Synergy Platform DK-S3A7 using the DM9051 Ethernet controller. It guides through verifying SSP v1.2.0 installation, downloading the Ethernet Add-on pack from the Synergy Gallery, and manually copying it into the SSP Packs folder. It also explains connecting the DM9051 Demo Board to the DK-S3A7 board’s PMODA connector, including necessary pin connections and interrupt wiring. Finally, it covers configuring the Ethernet Add-on components within e2 studio, selecting the appropriate SSP version and board for project creation.
应用说明 PDF 274 KB 日本語
AI 生成的摘要: The document details the setup and configuration of a simple proximity sensor application with snooze mode on the DK-S3A7 platform using the Renesas SynergyTM ecosystem. It includes hardware connections with the PmodMAXSONARTM sensor, switch settings for the DK-S3A7 board, and specific clock configurations necessary for operation, especially considering snooze mode limitations. Clock frequencies and their calculation formulas are provided to ensure proper timing and performance.
应用说明 PDF 291 KB 日本語
AI 生成的摘要: The SLCDC HAL module controls the Segment LCD display by initializing the LCD, configuring drive voltage, waveform, time slices, and bias methods. It provides APIs to open, write, modify, start, stop, adjust contrast, set display areas, and close the SLCD device. The module integrates with ThreadX RTOS but has no dependencies. Configuration is done via the SSP configurator, which highlights required settings and locks conflicting properties. Clock and pin configurations are essential for proper operation.
PCB 设计文件
登录后下载 ZIP 35.86 MB 日本語
手册 - 开发工具 PDF 2.06 MB 日本語
20 项目

样例程序

样例程序

筛选
类型 文档标题 日期 日期
示例代码
登录后下载 ZIP 2.18 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 2.25 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 2.49 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 2.22 MB Compiler: GNUARM-NONE IDE: e2 studio
示例代码
登录后下载 ZIP 2.38 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 6.92 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 1.93 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 4.86 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 3.20 MB Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 8.43 MB IDE: e2 studio
示例代码
登录后下载 ZIP 5.07 MB 日本語 Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 7.09 MB 日本語 Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 3.80 MB 日本語 Compiler: GNU IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 2.23 MB Compiler: GNU IDE: e2 studio, IAR EW for Synergy
示例代码
登录后下载 ZIP 2.97 MB 日本語 Compiler: GNUARM-NONE IDE: e2 studio, IAR EW for Synergy
15 项目
Part NumberStatusStockSampleable
YSDKS3A7E20ObsoleteOut of StockN/A
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