资源列表
Tinyos_Programming
- If you are interested in a brief introduction to TinyOS programming, then you should probably start with the tutorials. If you’re interested in details on particular TinyOS subsystems you should probably consult TEPs (TinyOS Enhancement Proposa
EX_OCM320240-3M
- OCM320240-3液晶显示驱动程序，包括LCD的初始化，显示程序-OCM320240-3 liquid crystal display drivers, including the LCD initialization, display program
2mes
- 里面有两个代码，一个是CAN总线的单帧的发送，另一个是CAN总线的单帧的接收代码，使用的硬件是C8051F040的单片机。这两个代码也能实现两单片机的通信。-Inside there are two codes, one of the single-frame CAN bus of the sending and the other is the single-frame CAN bus receive the code, using the hardware is C8051F040 micr
inter_action
- 开发环境是Silab，里面有两个代码，实现的功能是两单片机C8051F040的CAN通信，发送程度先将浮点数3.14159和长整型数1234567L转换成MSGNUMD号消息数据。发送给接收端。接收端将接收到的数据重新转换成浮点数和长整型数。-Development environment is Silab, it there are two codes, to achieve the function of two of the CAN microcontroller C8051F040 co
remote
- 开发环境是Silab，硬件平台是C8051F040单片机，代码的功能是实现单片机内部的CAN远程帧通信，发送端事先将SS1数组数据写入远程帧，当接收到远程请求时，自动将消息发送出去，发送完毕，产生发送中断，从而将SS2数据更新到消息中，同时也发送远程帧请求获取数据。整个程序中，请求端发送两次远程帧请求，并把接收的数据存入RR1和RR2数组。-Development environment is Silab, the hardware platform is a C8051F040 MCU fun
MCUAD
- 本音频信号分析仪由32位MCU为主控制器，通过AD转换，对音频信号进行采样，把连续信号离散化，然后通过FFT快速傅氏变换运算，在时域和频域对音频信号各个频率分量以及功率等指标进行分析和处理，然后通过高分辨率的LCD对信号的频谱进行显示。该系统能够精确测量的音频信号频率范围为20Hz-10KHz，其幅度范围为5mVpp-5Vpp，分辨力分为20Hz和100Hz两档。测量功率精确度高达1 ,并且能够准确的测量周期信号的周期，是理想的音频信号分析仪的解决方案。-The audio signal ana
hongwai
- 用Arduino进行红外传感实验，用的是人体释热模块-With the Arduino infrared sensing experiment, using the body-heat-release module
DS1820-5
- 18B20实现温度的测量，精度较高。用数码管LED实现。-18B20
MSP430F149
- MSP430F149 test program (LED blink)
eLp6Zwc2
- HCS12微控制器的设计与应用，内容准确详实，具有一定的参考价值。-HCS12 micro controller design and application of accurate and informative content with a certain reference value.
74HC573
- 74HC573的一般运用及其分析的资料，全面详细。-74HC573 general use and analysis of the data, comprehensive and detailed.
interrupt
- 51单片机中内部中断和外部中断的原理及其一些运用。-51 microcontroller interrupt the principles and some application.