实时时钟tc程序设计

protues仿真ARM ARM的I2C，SPI,LED显示，以及把UCOSII操作系统加载到ARM 的原代码-protues simulation ARM ARM I2C, SPI, LED display, and to UCOSII loading of the operating system source code, ARM

arm编程例程，产生PWM脉宽-arm programming routines that have a PWM pulse width

MSP430的一个RTC低功耗demo程序-MSP430 low-power RTC in a demo program

接上回。以太网物理层测试代码-connected back. Ethernet physical layer test code

基于ADS1.2+HJTAG+LPC2119的CAN总线调试程序，内带有液晶与按键操作，可根据注释修改。-Based on ADS1.2+ HJTAG+ LPC2119

此的例子就是 LPC1788 的 GPIO。 本示例描述如何在 LPC177x_8x 上使用 GPIO

easyarm2013工程模板，这是为开发lpc2103写的模板-easyarm2013 project template for the development of lpc2103 This is the template Writing

ARM7 lpc2132 利用快速傅里叶算法实现电容测量功能源代码-ARM7 lpc2132 algorithm using Fast Fourier capacitance measurement function of the source code

我在使用陈明计先生写的small RTOS和51单片机做过几个小项目，起初都很好，开发变的容易了，程序变的容易修改。后来随着任务个数的增多，RAM很快就不够用了。51系列的芯片内部RAM普遍都是256个,很难找出1024个字节RAM或更多，而价格又合适的。记得上一次我没有办法被迫使用了64K flash内部带768字节的XRAM的51芯片，而我根本用不到那么多flash。-I use Mr. Chen Mingji written small RTOS and 51 MCU done several small projects at first were very good to develop easy to change the program become easier to modify. Subsequently, the increase in the number of tasks, RAM is not fast enough. 51 series of chip RAM are generally 256, it is difficult to find 1024 bytes of RAM or more, while prices will be appropriate. I remember the last time I had no way forced to use a 64K flash with 768 bytes of internal XRAM of 51 chips, and I will never use that much flash.

里面是一个初级的正弦值计算程序，可以在图形工具里面画出波形，其平台是TMS320C54x-There is a primary value of the sinusoidal process, which can draw graphics tools waveform, and its platform is the TMS320C54x