| ST单片机解密 STM32F10X系列ARM处理器
STM32F10x内嵌的闪存存储器可以用在线编程(ICP)或在程序中编程(IAP)烧写。
在线编程(In-Circuit Programming – ICP)方式用于更新闪存存储器的全部内容，它通过JTAG或SWD协议下载用户应用程序到微控制器中。ICP是一种快速有效的流程，消除了封装和管座的困扰。
与ICP方式对应，在程序中编程(In-Application Programming – IAP)可以使用微控制器支持的任一种通信接口(如I/O端口、USB、CAN、UART等)下载程序或数据到存储器中。IAP允许你在程序运行时重新烧写闪存存储器中的内容。然而，IAP要求至少有一部分程序已经用ICP烧到某个闪存块中。
以下是目前我们可解的部分ST单片机型号列表：
| STM32F100C4 |
STM32F100C6 |
STM32F100C8 |
STM32F100CB |
STM32F100R4 |
| STM32F100R6 |
STM32F100R8 |
STM32F100RB |
STM32F100V8 |
STM32F100VB |
| STM32F101C4 |
STM32F101C6 |
STM32F101C8 |
STM32F101CB |
STM32F101R4 |
| STM32F101R6 |
STM32F101R8 |
STM32F101RB |
STM32F101RC |
STM32F101RD |
| STM32F101RE |
STM32F101T4 |
STM32F101T6 |
STM32F101T8 |
STM32F101TB |
| STM32F101V8 |
STM32F101VB |
STM32F101VC |
STM32F101VD |
STM32F101VE |
| STM32F101VF |
STM32F101VG |
STM32F101ZC |
STM32F101ZE |
STM32F102C4 |
| STM32F102C6 |
STM32F102C8 |
STM32F102CB |
STM32F102R4 |
STM32F102R6 |
| STM32F102R8 |
STM32F102RB |
STM32F103C4 |
STM32F103C6 |
STM32F103C8 |
| STM32F103CB |
STM32F103R4 |
STM32F103R6 |
STM32F103R8 |
STM32F103RB |
| STM32F103RC |
STM32F103RD |
STM32F103RE |
STM32F103RG |
STM32F103T8 |
| STM32F103TB |
STM32F103V8 |
STM32F103VB |
STM32F103VC |
STM32F103VD |
| STM32F103VE |
STM32F103VG |
STM32F103ZC |
STM32F103ZE |
STM32F103ZF |
| STM32F103ZG |
STM32F105R8 |
STM32F105RB |
STM32F105RC |
STM32F105V8 |
| STM32F105VB |
STM32F105VC |
STM32F107RB |
STM32F107RC |
STM32F107VB |
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