arma_gm

说明：  ADI测试代码，ADI官方开发板测试demo分享(ADI ADSP21479 POST and the demo)

1、本主控芯片为stm32f103vet6 2、原理图上的是AD7792，实际使用的是AD7792 3、程序主要针对的是AD7792，代码是模拟方式与使用SPI方式读取AD值，共两份代码。(1, the main chip is stm32f103vet6 2 is a schematic diagram of the AD7792, AD7792 is actually used 3, the program is aimed primarily AD7792, code analog mode and use SPI reads AD value, a total of two codes.)

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.)

周立功公司代理的飞利浦ARM芯片LPC2294程序开发源码(Development procedure source code LPC2294)

STM32之GPIO之外部中断程序编写，学习STM32的苦心积累，希望能帮到你。(STM32- External GPIO interrupt the programming, learning STM32 painstakingly accumulated, I hope you can help.)

正在产品上使用的STM32 ADC驱动程序(Products are used on STM32 ADC driver)

ARM M3 STM32F2xx 库文件源代码，是STM32F2xx开发必备的 (Library files source code, is STM32F2xx development essential)

自已写的基于STM32F103的WAV播放实现(From already written WAV play implementation based on STM32F103)

恩智浦NXP LPC1788 Cortex M3嵌入式开发官方资料。其中包括，官方例程，底层驱动，及其使用说明书等资料。(NXP LPC1788 Cortex M3 embedded development official information. Including, the official routines, the underlying driver, and its instruction manual and other information.)

1.传感器适用于土壤的湿度检测； 2.模块中蓝色的电位器是用于土壤湿度的阀值调节，顺时针调节，控制的湿度会越大，逆时针越小； 3.数字量输出D0可以与单片机直接相连，通过单片机来检测高低电平，由此来检测土壤湿度； 4小板模拟量输出AO可以和AD模块相连，通过AD转换，可以获得土壤湿度更精确的数值； 使用STM32驱动时，一般使用ADC读取其模拟量输出，以gokit stm32f103c8t6为例；">