STM32F415xx-STM32F417xx_zh

这是有关全面投产的产品的信息。2012年05月文档ID022063第3版1/175STM32F415xxSTM32F417xxARMCortex-M432bMCU+FPU、210DMIPS、高达1MBFlash/192+4KBRAM、加密、USBOTGHS/FS、以太网、17个定时器、3个ADC、15个通信接口和摄像头数据手册产品数据特性■内核：ARM32位Cortex™-M4CPU，包含允许以0等待周期从Flash执行的自适应实时加速器(ARTAccelerator™)、频率高达168MHz、存储器保护单元、210DMIPS，1.25DMIPS/MHz(Dhrystone2.1)以及DSP指令■存储器—多达1MB的Flash—多达192+4KB的SRAM，其中包括64KB的CCM（内核耦合存储器）数据RAM—灵活的静态存储器控制器，支持CF卡、SRAM、PSRAM、NOR和NAND存储器■LCD并行接口，兼容8080/6800模式■时钟、复位和电源管理—1.8V到3.6V供电和I/O—上电复位(POR)、掉电复位(PDR)、可编程电压监测器(PVD)和欠压复位(BOR)—4MHz到26MHz晶振—内置经工厂校准过的16MHzRC振荡器（1%精度）—带校准功能的32kHzRTC振荡器—内置带校准功能的32kHzRC振荡器●低功耗—睡眠、停机和待机模式—VBAT为RTC和20×32位备份寄存器+可选4KB备份SRAM供电■3个12位2.4MSPSA/D转换器：多达24个通道，在三重交替模式下转换速率高达7.2MSPS■2个12位D/A转换器■通用DMA：支持FIFO和突发传输的16流DMA控制器■多达17个定时器：多达十二个16位定时器和两个32位定时器，频率高达168MHz，每个定时器有多达4个用于IC/OC/PWM或脉冲计数的通道和增量编码器输入■调试模式—串行线调试(SWD)和JTAG接口—Cortex-M4嵌入式跟踪宏单元™■多达140个具有中断功能的I/O端口—多达136个快速I/O端口，频率高达84MHz—多达138个5V容忍I/O■多达15个通信接口—多达3个I2C接口(SMBus/PMBus)—多达4个USART/2个UART（10.5Mb/s、ISO7816接口、LIN、IrDA、调制解调器控制）—多达3个SPI(37.5Mb/s)，其中两个带复用全双工I2S，可通过内部音频PLL或外部时钟实现音频级精度—2个CAN接口（2.0Bactive）—SDIO接口■高级连接—带片上PHY的USB2.0全速设备/主机/OTG控制器—带专用DMA、片上全速PHY和ULPI的USB2.0高速/全速设备/主机/OTG控制器—带专用DMA的10/100以太网MAC：支持IEEE1588v2，MII/RMII■8位到14位并行摄像头接口，传输率高达54MB/s■硬件加密：用于AES128、192、256、TripleDES、HASH（MD5和SHA-1）以及HMAC的硬件加速■真随机数发生器■CRC计算单元■96位唯一ID■RTC：亚秒精度、硬件日历表1.器件汇总缩写料号STM32F415xxSTM32F415RG、STM32F415VG、STM32F415ZG和STM32F415OGSTM32F417xxSTM32F417VG、STM32F417IG、STM32F417ZG、STM32F417VE、STM32F417ZE和STM32F417IELQFP64(10×10mm)LQFP100(14×14mm)LQFP144(20×20mm)FBGAUFBGA176(10×10mm)LQFP176(24×24mm)WLCSP90文档ID022063第3版目录1前言......................................................102说明......................................................112.1系列之间的全兼容性.........................................142.2器件概述..................................................172.2.1带嵌入式Flash和SRAM的ARM®Cortex™-M4F内核............182.2.2自适应实时存储器加速器(ARTAccelerator™)...................182.2.3存储器保护单元...........................................182.2.4嵌入式Flash.............................................182.2.5CRC（循环冗余校验）计算单元..............................192.2.6嵌入式SRAM.............................................192.2.7多重AHB总线矩阵........................................192.2.8DMA控制器(DMA)........................................202.2.9灵活的静态存储控制器(FSMC)...............................202.2.10嵌套向量中断控制器(NVIC).................................212.2.11外部中断/事件控制器(EXTI).................................212.2.12时钟和启动...............................................212.2.13自举模式................................................212.2.14电源方案................................................222.2.15电源监控器...............................................222.2.16调压器..................................................222.2.17实时时钟(RTC)、备份SRAM和备份寄存器.....................252.2.18低功耗模式...............................................262.2.19VBAT操作................................................262.2.20定时器和看门狗...........................................262.2.21内部集成电路接口(I²C).....................................292.2.22通用同步/异步收发器(USART)...............................292.2.23串行外设接口(SPI)........................................302.2.24内部集成音频接口(I2S).....................................302.2.25音频PLL(PLLI2S).........................................302.2.26安全数字输入/输出接口(SDIO)...............................302.2.27具有专用DMA和IEEE1588支持的以太网MAC接口.............312.2.28控制器区域网络(bxCAN)....................................312.2.29全速USBon-the-go(OTG_FS)...............................31文档ID022063第3版3/175STM32F415xx和STM32F417xx目录42.2.30高速USBon-the-go(OTG_HS)...............................322.2.31数字摄像头接口(DCMI).....................................322.2.32硬件加密................................................332.2.33随机数发生器(RNG).......................................332.2.34通用输入/输出接口(GPIO)..................................332.2.35模数转换器(ADC).........................................332.2.36温度传感器...............................................342.2.37数模转换器(DAC).........................................342.2.38串行线JTAG调试端口(SWJ-DP).............................342.2.39嵌入式跟踪宏单元™.......................................343引脚排列和引脚说明.........................................354存储器映射................................................595电气特性..................................................645.1参数条件..................................................645.1.1昀小值和昀大值...........................................645.1.2典型值..................................................645.1.3典型曲线................................................645.1.4负载电容................................................645.1.5引脚输入电压.............................................645.1.6电源方案................................................655.1.7电流消耗测量.............................................665.2绝对昀大额定值............................................665.3工作条件..................................................675.3.1通用工作条件.............................................675.3.2VCAP1/VCAP2外部电容....................................705.3.3上电/掉电时的工作条件（