本内容详细介绍了传统MCU开发工具 云计算时代的新需要 基于云计算的MCU开发 COOCOX Tools
上传时间： 2013-12-25
上传用户：ls530720646
The MSP-FET430PIF is a Parallel Port interface (does not include target board) that is used to program and debug MSP430 FET Tools and test boards through the JTAG interface. This interface is included in our FET Tools, but sold without the development board. This interface uses a Parallel PC Port to communicate to the Debugger Software (IAR Kickstart software included) running on the PC. The interface uses the standard 14 pin header to communicate to the MSP430 device using the standard JTAG protocol. The flash memory can be erased and programmed in seconds with only a few keystrokes, and since the MSP430 flash is extremely low power, no external power supply is required. The tool has an integrated software environment and connects directly to the PC which greatly simplifies the set-up and use of the tool. The flash development tool supports development with all MSP430 flash parts. Features MSP430 debugging interface to connect a MSP430-Flash-device to a Parallel port on a PC Supports JTAG debug protocol (NO support for Spy-Bi-Wire (2-wire JTAG) debug protocol, Spy-Bi-Wire (2-wire JTAG) is supported by MSP-FET430UIF) Parallel Port cable and a 14-conductor target cable Full documentation on CD ROM Integrated IAR Kickstart user interface which includes: Assembler Linker Limulator Source-level debugger Limited C-compiler Technical specifications: Backwardly compatable with existing FET tool boards.
上传时间： 2013-10-26
上传用户：fengweihao158@163.com
The MSP-FET430U14 is a powerful flash emulation tool to quickly begin application development on the MSP430 MCU. It includes USB debugging interface used to program and debug the MSP430 in-system through the JTAG interface or the pin saving Spy Bi-Wire (2-wire JTAG) protocol. The flash memory can be erased and programmed in seconds with only a few keystrokes, and since the MSP430 flash is ultra-low power, no external power supply is required. The debugging tool interfaces the MSP430 to the included integrated software environment and includes code to start your design immediately. The MSP-FET430UIF development Tools supports development with all MSP430 flash devices
上传时间： 2013-10-28
上传用户：13691535575
CCAVR软件有ISP功能，能过调用STK500完成的，只要设置好参数，在ICCAVR中就可以给芯片编程了，还可以让程序一编译完就自动下载到芯片中，相当方便。在Tools->environment options->ISP里设定STK500.exe的路径。— 用于调用STK500程序。在Tools->In system programming 里Programmer Interface中选中STK500。— 选择STK500下载方式。在Tools->In system programming 里把Auto Program After Compile 的小勾选上。— 编译后自动编程。在Tools->In system programming 中还有一些设置项，大家可以根据需要进行相关设置。下面的图片是操作过程。
上传时间： 2013-11-17
上传用户：joseph
ICCAVR简介ICCAVR 是一种使用ANSI 标准C 语言来开发微控制器（MCU）程序的一个工具，它是一个综合了编辑器和工程管理器的集成工作环境（IDE）。源文件全部被组织到工程之中，文件的编辑和工程（project）的构筑也在IDE 的环境中完成。编译错误在状态窗口中显示，用鼠标单击编译错误时，光标会自动跳转到出错行。这个工程管理器还能直接产生INTEL HEX格式的烧写文件和可以在AVR Studio 中调试的COFF 格式的调试文件。这里特别要提一下ICCAVR 中的应用构筑向导，可以在Tools 栏中选择“ApplicationBiulder”或者直接点击快捷工具栏中的“Application Biulder”图标，就可以打开应用构筑向导对话框，可以根据需要设定芯片种类，各个端口初始值，是否使用定时器，中断，UART等，选好以后单击“OK”就可以得到所需的硬件初始化程序段，非常可靠而且方便。图1给出了初始化UART 的一个例子：下面介绍一下创建并编译一个工程文件的简要步骤：1．新建一个源文件从file 菜单中选择new，创建一个新文件，在改文件中输入源程序并进行编辑和修改，然后存盘，在存盘时必须指定文件类型，如命名为：try.c 。写一个新文件的步骤：首先用Biulder 初始化需要用到的硬件资源，生成初始化程序，然后再写需要的代码实现所要的功能。2．新建一个project从projrct 菜单中选择new 命令，IDE 会弹出一个对话框，在对话框中用户可以指定工程存放的文件夹和工程的名称。在建立一个新工程之后，在工程管理器的窗口会出现三个子目录，Files, Headers, Documents,这时就可以将要编译的文件添加到project 中了。3．把文件添加到工程中可以在project-files 里单击右键，选择需要添加的文件；也可以在编辑窗口中单击右键选择弹出窗口的“Add To Project”命令。4．编译源文件在编译之前特别要注意在Project Options 中选择与硬件相应的芯片。如本次实验就选择ATMEGA8515,如图2 所示。在project 中选择make project,也可以直接单击快捷键F9，这时要是有错则会弹出出错信息，修改调试正确以后单击快捷键ISP 就可以烧写到硬件中去了。
标签： ICCAVR
上传时间： 2013-10-25
上传用户：569342831
MPLAB C30用户指南(英文) HIGHLIGHTSThe information covered in this chapter is as follows:• About this Guide• Recommended Reading• Troubleshooting• The Microchip Web Site• Development Systems Customer Notification Service• Customer Support Document LayoutThe document layout is as follows:• Chapter 1: Compiler Overview – describes MPLAB C30, development Tools andfeature set.• Chapter 2: Differences between MPLAB C30 and ANSI C – describes thedifferences between the C language supported by MPLAB C30 syntax and thestandard ANSI-89 C.• Chapter 3: Using MPLAB C30 – describes how to use the MPLAB C30 compilerfrom the command line.• Chapter 4: MPLAB C30 Runtime Environment – describes the MPLAB C30runtime model, including information on sections, initialization, memory models, thesoftware stack and much more.• Chapter 5: Data Types – describes MPLAB C30 integer, floating point and pointerdata types.• Chapter 6: Device Support Files – describes the MPLAB C30 header and registerdefinition files, as well as how to use with SFR’s.• Chapter 7: Interrupts – describes how to use interrupts.• Chapter 8: Mixing Assembly Language and C Modules – provides guidelines tousing MPLAB C30 with MPLAB ASM30 assembly language modules.
上传时间： 2013-10-21
上传用户：13925096126
FeaturesThe following standard features are provided.• Choice of RTOS scheduling policy1. Pre-emptive:Always runs the highest available task. Tasks of identical priorityshare CPU time (fully pre-emptive with round robin time slicing).2. Cooperative:Context switches only occur if a task blocks, or explicitly callstaskYIELD().• Co-routines (light weight tasks that utilise very little RAM).• Message queues• Semaphores [via macros]• Trace visualisation ability (requires more RAM)• Majority of source code common to all supported development Tools• Wide range of ports and examples
上传时间： 2013-10-13
上传用户：13162218709
文章提出了一种精简指令集8 位单片机中, 算术逻辑单元的工作原理。在此基础上, 对比传统PIC 方案、以及在ALU 内部再次采用流水线作业的332 方案、44 方案, 并用Synopsys 综合工具实现了它们。综合及仿真结果表明, 根据该单片机系统要求, 44 方案速度最高, 比332 方案可提高43.9%, 而面积仅比最小的332 方案增加1.6%。在分析性能差异的根本原因之后, 阐明了该方案的优越性。关键词: 单片机, 精简指令集, 算术逻辑单元, 流水线 Abstract: Work principle for ALU in an 8_bit RISC Singlechip microcomputer is described. The traditional PIC scheme, 332 Pipeline scheme and 44 Pipeline scheme are compared on the base of the principle, which are implemented using Synopsys design Tools. Results from synthesis and simulation shows that 44 scheme operates the fast, which is 43.9% faster and only 1.6% larger than 332 scheme. The essential reason why the performance is so different is analyzed.Then the advantage of 44 scheme is clarified.Key words: Singlechip, Microcomputer, RISC, ALU, Pipeline
上传时间： 2013-10-18
上传用户：xiaoyaa
winCE msdn讲座 XP Embedded Now and the future Windows XP Embedded Developmentand Deployment Model OverviewWindows XP Embedded Component ModelWindows XP Embedded Studio Tools Microsoft WindowsXP Embedded Product Highlights Componentized version of Windows XP Professional~ 12,000 components and updates as of Service Pack 2Flexible localizationSame binaries and API as Windows XP ProfessionalHotfixes and service packsEmbedded Enabling FeaturesRuns on standard PC hardwareSupports boot on hard drives, compact flash, DiskOnChipand read-only mediaSupport for remote install and remote bootHeadless device and remote management supportIntegration with Microsoft management Tools
上传时间： 2013-10-31
上传用户：jrsoft
The field of microelectromechanical systems (MEMS), particularly micromachinedmechanical transducers, has been expanding over recent years, and the productioncosts of these devices continue to fall. Using materials, fabrication processes, anddesign Tools originally developed for the microelectronic circuits industry, newtypes of microengineered device are evolving all the time—many offering numerousadvantages over their traditional counterparts. The electrical properties of siliconhave been well understood for many years, but it is the mechanical properties thathave been exploited in many examples of MEMS. This book may seem slightlyunusual in that it has four editors. However, since we all work together in this fieldwithin the School of Electronics and Computer Science at the University of Southampton,it seemed natural to work together on a project like this. MEMS are nowappearing as part of the syllabus for both undergraduate and postgraduate coursesat many universities, and we hope that this book will complement the teaching thatis taking place in this area.
上传时间： 2013-10-16
上传用户：朗朗乾坤
