资源列表
code-all
- GE01v1开发板的一些实验代码，ARM编程及嵌入式开发基础。-GE01v1 development board some of the experimental code, ARM-based programming and embedded development.
arm_ge_lab
- 实验指导书，基于GE开发板的基础实验的指导。-Experimental guide books, on the basis of GE development board to guide experiments.
E2PROM_C
- 关于I2C通信的示例程序，适合初学者，希望对大家有所帮助。-I2C communication on the sample programs, suitable for beginners, want to help everyone.
Bootloard_Research_and_Implementation
- 基于ARM嵌入式系统的通用bootloader的设计与实现-ARM-based Embedded System Design and Implementation of universal bootloader
STM32
- stm32各个功能模块的学习程序，是初学者的必备质料。-stm32 the learning process of each functional module is an essential material for beginners.
121212
- 嵌入式usb主机系统研究，主要内容：嵌入式usb主机的理论分析 -Embedded usb host system research, main elements: theoretical analysis of the embedded usb host
ourdev_191732.ZIP
- 用单片机通过CH375读写U盘，单片机分别有AVR32，AVR，MCS51，MSP430，M16C，MC9S12，80X86兼容PC工控机/单片机。-Microcontroller to read and write by using U disk CH375, single-chip, respectively AVR32, AVR, MCS51, MSP430, M16C, MC9S12, 80X86 compatible PC Industrial PC/microcontroller.
011051MCU
- 实现51单片机收发上位机指令的程序,能存储解码，并回传-51MCU complete the function to receive and transmite signals from PC
shuziwenduji
- 数字温度计 设计文档 包括 ： 原理图 PCB图 元器件封装 效果图 等一整套详细设计文档。-Digital thermometer design documents include: PCB diagram schematic map of parts packaging effects of a detailed set of design documents.
Introduction_to_ARM_based_SOC
- 基于ARM的SOC入门,跳过所有对 ARM 介绍性的描述，直接进入工程师们最关心的问题。-ARM-based SOC entry, skip all the introductory descr iption of the ARM, direct access to engineers are most concerned about.
ARM_JTAG_debug_Principle
- 这篇文章主要介绍 ARM JTAG调试的基本原理。基本的内容包括了 TAP (TEST ACCESS PORT) 和 BOUNDARY-SCAN ARCHITECTURE 的介绍，在此基础上，结合 ARM7TDMI 详细 介绍了的 JTAG 调试原理。-This article introduces the basic principles of ARM JTAG debug. Basic elements include TAP (TEST ACCESS PORT) and BOUN
ARM_based_embedded_system_application_development_
- 基于ARM的嵌入式系统程序开发要点，文章分为六章。一步一步的详细介绍了ARM的嵌入式系统程序的开发过程和方法-ARM-based embedded system application development elements, the article is divided into six chapters. Step by step detailed information on ARM embedded system development process and methods of p