基于labVIEW的STM32调试平台的研究与实现

ARM处理器具有耗电少、功能强、16位/32位双指令集和合作伙伴众多等特点。本设计采用ARM 32位的CortexTM-M3 CPU作为内核的STM32F103ZET6芯片进行研究,基于labVIEW8.6软件对此芯片的调试平台进行了设计。本文主要对调试平台中的USB设备选择模块进行具体的探讨,基于labVIEW8.6设计出来的调试平台,其框图程序的可读性较强,界面友好,操作较方便。

Based on labVIEW the STM32 debug platform and Implementation

The ARM processor has many of the features such as low power consumption, strong function, 16-bit/32-bit instruction set and many partners. This design studies on the STM32F103ZET6 chip which uses the ARM 32-bit CortexTM-M3 CPU as the kernel. The debug platform of STM32F103ZET6 is designed by labVIEW8.6 software. This paper focuses on the USB equipment selection module of debug platform specific analysis. The debug platform has many advantages such as the block diagram of program readability is strong,friendly interface and convenient operation.