ARM--architecture

时间间隔测量芯片tdc-gp22与STM32应用程序(STM32 μC Sample code of Application Note)

经过修改的STM32软件烧录器！！按提示输入Map文件夹的路径！！重要！！！Map存放于//bin/debug中！！(STM32 software modified burner! ! When prompted, enter the Map folder path! ! Important! ! ! Map stored in the// bin/debug)

基于stm32 fir数字滤波器基于stm32 fir数字滤波器(Based on the stm32 fir digital filter Based on the stm32 fir digital filter )

说明：  这是一个SD卡的FAT文件系统的实现，该版本时针对周立功的LM3S8962开发板的，可以修改里边相应管脚的设置应用到其他的板子上；该程序也能在51单片机上成功运行。(This is an SD card FAT file system implementation, the version developed for Zhou, who' s LM3S8962 board, you can modify the settings inside the corresponding pins on the board applied to the other the program can run successfully on the 51 single.)

ILI9341 stm32 fsmc 16bit

PIC19F946下的PWM测试程序，经过proteus测试能直接放在mplab下运行(PIC19F946 under PWM test procedure, after Proteus test can run directly on the MPLAB)

说明：  本文首先介绍了JTAG标准和SoC调试技术，研究了基于JTAG的多核SoC调试结构，优化了一种全兼容多核SoC调试结构，使JTAG控制器的互连能配置成多种模式，以实现单核或多核SoC调试；然后在IEEEl 149．1标准的基础上进行了结构化改进，扩展了指令集与寄存器，实现了基于JTAG标准的SoC调试系统；最后进行了SoC调试系统的功能测试与性能分析，测试结果表明本文实现的SoC调试系统比现有的同类调试工具在功能与性能方面都有明显提高。(This paper describes the JTAG standard and SoC debugging technology, research-based JTAG debugging multi-core SoC structure, optimized multi-core SoC debugging a fully compliant structure, the JTAG controller can be configured into a variety of interconnect models in order to achieve a single-core or multi-core SoC debugging then IEEEl 149.1 standard structured on the basis of improved, expanded instruction set and registers, to achieve standards-based SoC JTAG debug system Finally, a functional test system SoC debugging and performance analysis The test results show that the implementation of SoC debug system debugging tools than the existing similar in function and performance are improved obviously.)

Freescale飞思卡尔最新S12X系列16位单片机的一个例子程序，演示了如何使用XGATE协处理器处理中断。教程来自邵(Freescale Freescale S12X family of the latest single-chip microcomputer 16 an example of procedures, demonstration of how to use the XGATE coprocessor to deal with interruptions. Tutorial from Shao)

正点原子F429的本身CAN口例程太过简单；为此做了一点改进，优化了发送和接收效率。(The CAN routine of the punctual atom F429 is too simple; some improvements have been made to optimize the efficiency of sending and receiving.)

说明：  利用STM32F103编写的使用芯片内部自带AD程序，c语言(STM32F103 prepared by using procedures chip comes with AD, c language)