搜索资源列表
ucosii1-for-all-cpu
- Upload ucosii source code that can port to all cpu inlcude ARM intel M68..etc-Upload ucosii source code that can port to a 'll ARM intel cpu inlcude AD7714 etc. ..
JTAG_and_BDM
- 这是收集的用于ARM和POWERPC平台的JTAG和BDM并口调试工具的设计原理图，以及JTAG的相关文档，嵌入式开发中可能用到。-This is the collection for the ARM and POWERPC platform and BDM Parallel Port JTAG debugging tools Design drawings, and JTAG relevant documents, embedded development might be used.
JTAGrep
- OPEN-JTAG ARM JTAG 測試原理 1 前言 本篇報告主要介紹ARM JTAG測試的基本原理。基本的內容包括了TAP (TEST ACCESS PORT) 和BOUNDARY-SCAN ARCHITECTURE的介紹，在此基礎上，結合ARM7TDMI詳細介紹了的JTAG測試原理。 2 IEEE Standard 1149.1 - Test Access Port and Boundary-Scan Architecture 從IEEE的JTAG測試標準開始，JTA
GSMbasedshortmassages
- 短信的发送需要GSM模块和处理器协作完成，GSM模块与ARM处理器通过串口连接，处理器向串口发送接收AT命令与GSM模块形成通信回路。中文短信的发送采用PDU模式，根据PDU模式标准形成PDU发送包，实现短信发送。本文根据无线电话项目的短信发送模块的实现开发流程编写-Send text messages need to GSM module and processor collaboration, GSM module and the ARM processor through the seri
ARM_uC_OS_qixiang_shujucaiji
- 本文提出并研究设计了一个基于ARM和uC/OS一11的自动气象站实时多任务数据采集系统，完成了系统的硬件和软件设计。该系统以犯位高性能ARM微处理器S3C44BOX为硬件核心，扩展了10/100M以太网接口、USB2.0接口、RS232串口以及DE接口等通用接口 以嵌入式实时操系统uC/OS-II为软件平台，在ARMSDT.251环境下进行系统软件的开发。该系统充分利用了ARM微处理器高性能、低功耗、低成本的优势，发挥了uC/OS-II可移植性好、开发成本低的点，为自动气象站的数据采集提供了一个
ARMandJTAG
- 介绍如何通过jtag下载文件到arm板上。其中涉及的nandflash、并口、arm、jtag协议在本文中都有较详细介绍。-Describes how to download files through the jtag to the arm board. Involved nandflash, parallel port, arm, jtag protocol in this paper has more details.
ARM_JTAG_debug
- 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。-ARM JTAG debugger introduces the basic principles. Basic elements include TAP (TEST ACCESS PORT) and BOUNDARY-SCAN ARCHITECTURE in
2440bootjtagboot
- 这主要是我个人通过网上的一些人的总结和我自己的经验写的关于ARM的JTAG通过并口下载BOOT时出现CPU检测不到的问题的一些方法-This is mainly my own through an online summary of some of the people and my own experience to write about ARM-JTAG download BOOT through a parallel port when CPU does not detect some
12105077
- ARM 单片机的存储器接口 LPC2114 单片机与I2C 存储器的硬件接口-ARM s cunchu port
ARMJTAG
- JTAG+调试原理，中文版。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。-JTAG+ debug principle, the Chinese version. This article introduces the basic principles of ARM JTAG debug. Basic elem
AT91RM9200-USART0-Demo
- 采用AT91RM9200的cpu，扩展第三个串口USART，通过这个串口，测试ARM与ARM的通信。此时，系统有三个可用串口，ttyS0（RS232），ttyS1（arm与arm），ttyS2（arm与AVR）-Using AT91RM9200 the cpu, expansion of the third serial port USART, through this serial port, testing, ARM and ARM communication. At this point,
Z2103Sch.pdf
- Schematic of ZLPC2103 evaluation board saik on www.the0.net The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and
CC2530_SPI
- 现有STC12C5616和CC2530两个单片机。需要两个单片机SPI通信（5616为master，2530为slaver）-Run on arm platform, linux, using qt software development, can accept serial data, and open the window curves method using real-time display. Procedures used in serial port as well as qt
DS18B20wenducaiji
- DS18B20实现温度采集，主控芯片为CC2530，也可用于Z-Stack无线通信中。-Run on arm platform, linux, using qt software development, can accept serial data, and open the window curves method using real-time display. Procedures used in serial port as well as qt graphical interface
Project
- uc1698显示屏通过串口232和arm板通信显示信息-Uc1698 display through the serial port 232 and a arm board communication and display information
S3S2240_led
- ARM一些端口配置。源程序用ARM端口来控制IO驱动LED流动。-Some ARM port configuration. Source with the ARM port to control the IO LED drive current.
Exl02_uart_poll_2011
- ARM控制串口方式。一些端口写法和一些运算。其中有一些经典写法不错。-ARM serial port is controlled.Some port of writing and arithmetic.Some of the classic writing is good.
setserial
- ARM串口设置参数解释，termios, tcgetattr, tcsetattr, tcsendbreak, tcdrain, tcflush, tcflow, cfmakeraw, cfgetospeed, cfgetispeed, cfsetispeed, cfsetospeed - 获取和设置终端属性，行控制，获取和设置波特率- Serial port setup
LPC800_um
- LPC800用户手册，内含详细寄存器介绍与使用。 LPC800 是基于ARM Cortex-M0+ 的低成本32 位MCU 系列产品，工作时CPU 频率高达 30 MHz。LPC800 支持最高16 kB 的闪存和4 kB 的SRAM。 LPC800 的外设包括：一个CRC 引擎、一个I2C 总线接口、多达三个USART、多达两个 SPI 接口、一个多速率定时器、自唤醒定时器、状态可配置定时器、一个比较器、采用开关 矩阵的功能可配置I/O 端口、一个输入模式匹配引擎和多
Zynq-Mini-ITX-Rev-E
- Zynq Mini-ITX 单芯片可编程SOC(ARM+FPGA)开发板电路原理图 -Zynq Mini-ITX Development Board Schematics the Zynq Mini-ITX development board features 2 GB DDR3 SDRAM, PCIe Gen2 x16 Root Complex slot (x4 electrical), SATA-III interface, SFP interface, QSPI Flash me