资源列表
wuxian
- 无线遥控接收模块实验,锐志开发板配套程序，移植性强-nwe codo
9833saopin
- AD9833的扫频程序，实现连续没有中间横线的扫频。注意：AD9833有个切换的平滑功能，但是由于平滑时输出为中间直流，所以会有一条线，但这样打扫频平滑，关闭平滑后，没中间的直流，但会跳。-The AD9833 sweep program, and continuous with no intermediate horizontal sweep.Note: the AD9833 switch smoothing function, but Intermediate DC output smo
MCP2515[1]
- mcp2515 源程序 基于51单片机 测试成功 ，串口自发自收 CAN协议 。-mcp2515 source based on 51 single-chip testing, serial spontaneously received the CAN protocol.
kongtiao
- 使用红外线控制空调遥控器的设计，适合毕业设计要求-Using infrared remote control of the air conditioning control design, suitable for the graduation design requirements
Sensor-120-degree-inverter
- 這是一個用瑞薩單片機M16C26群得單片機做的120度無電流傳感器的變頻器的程序，包括程序，原理圖和相關的DATASHEET,基本上可以做一個完整的項目，是一個很好的開發和應用上的參考 -This is a Renesas microcontroller the M16C26 group program to get the microcontroller to do 120-degree inverter current sensor, including procedures, schema
SensorL
- 光敏传感器采集数据，通过串口在上位机串口调试助手上显示-Photosensitive sensors to collect data, through a serial port in the upper machine commissioning shown on the serial port assistant
A7105
- Amiccom 2.4GHz Transceiver datasheet and sourcecode collection.
AGVFA1WL
- 带有无线通讯的AGV自动寻轨小车的51平台的C源码。采用W77E58芯片。无线模块采用杭州飞拓的FT-With wireless communications AGV automatic rail car 51 platform C source code. Using W77E58 chip. Wireless module using the Hangzhou extension FT1100
main
- MSP430f149单片机控制LED全彩显示屏的某一行列数据传输控制显示程序。-A line s column data transmission control show program of full color LED display screen based on MSP430f149 single-chip microcomputer.
LCD160128-M16
- 基于ATmega16单片机的设计，使用160128液晶显示图文。该液晶控制器为T6963C。内有protues仿真-The design is based on ATmega16.It uses the LCD160128 to display some pictures and characters.The controller of the LCD is T6963C.The compressed packet also include the protues simulation diag
PWM_test
- 太阳能PWM控制器，基于PIC16f877a编写，C语言-solar PWM controller，based on pic16f877a
electromagnetic-flowmeter
- 对消除电磁流量计信号中的工频干扰问题进行了分析和探讨。在理论上分析了不同的励磁频率、 采样点及宽度对测量精度的影响。经实际证明 ,利用理论分析的结果可以提高测量精度与加宽测量范围。-The question of 50 Hz power-line interference from electromagnetic flowmeter is discussed. Different exciting frequence , sampling spot and width are analyzed.