搜索资源列表
spwm(single)
- 编程环境Keil uVision3，C8051F020产生SPWM波-Programming environment Keil uVision3, C8051F020 generate SPWM waves
dfbhsdg
- 在Keil uVision3环境下编写程序 1602+18B20+DS1302电子时钟源程序-Keil uVision3 environment in programming 1602+18 B20+ DS1302 digital clock source
Keil-uVision3
- 一款单片机开发软件，可以与Proteus联合模拟开发。-A microcontroller development software, jointly with Proteus simulation development.
transducer
- 以单片机AT89S52和定时器8254控制HEF4752生成SPWM波来控制主功率电路输出电压、频率均可变的三相交流电，并实现变频器功能设定、变频操作、频率显示。采用MCS-51指令编写，使用Keil uVision3编译调试。-Use MCU AT89S52 and timer 8254 to control HEF4752 generate SPWM wave to control the main power circuit to output three-phase AC, whose
2
- RTX ARM real-time lib ，KEIL uVision3整个帮助文件的PDF 版本，共300多页.查找方便。-RTX ARM real-time lib ，pdf version of KEIL uVision3 help file。it s more convenience for using。
8-x8-dot-matrix
- 单片机中用74HC595驱动8×8点阵生成汉字，用keil uVision3 编译环境-Single chip microcomputer 74 HC595 are needed in driving 8 x 8 dot matrix
51-routine-basis
- 这是用Keil uVision3软件写的51基础程序,硬件环境是普中科技单片机开发试验仪H6800 V3.0-This is a 51 basis program written the Keil uVision3 software and hardware environment is a general science and technology in microcontroller development and testing of instrument H6800 V3.0
sz
- 多功能时钟源代码。用keil uVision3写的。-The multifunction clock source code. With keil uVision3 written.
solid-state-counter
- 用STM32F103R8芯片设计的掉电保护的固态计数器代码，用于X手持机。在Keil uVision3 环境下开发。代码中有详细说明。 -Power-down protection STM32F103R8 chip design solid counter code for X handset. In under Keil uVision3 environmental development. Code.
Keil-uVision3
- 基于互信息的图像配准，优化算法采用Powell算法，采用matlab编写-Mutual information-based image registration, optimization algorithm uses Powell algorithm, using the preparation of matlab-Based on mutual information image registration, using Powell optimization algorithm, using
ban2007
- A cryptographic library optimized for the ARM7TDMI architecture. The library includes the AES, SHA, RSA, some PRNGs and ECC (ECDSA) over all the SECG-recommended curves. The library is written in GNU assembler and C, the testing is done in Keil uVisi
Signal-Generator
- STC89C52控制DDS信号发生器程序 Keil uVision3；AD9850方波正弦波信号发生，频率，幅度可步进调节，详见设计报告（03年电子设计大赛题目）-STC89C52 control DDS signal generator Keil uVision3 AD9850 square wave sine wave signal generator, frequency, amplitude can step adjustment, as detailed design report
Vending-Program
- 基于51单片机的自动售货机程序（含设计报告及相关资料），STC89C52 , Keil uVision3 ,硬币识别及累加显示，单片机控制四路舵机出货。-51 MCU-based vending machine program (including design report and related materials), STC89C52, Keil uVision3, coin recognition and incremental display, microprocessor contr
1111
- 基因在Keil uVision3 下的数字时钟显示，可以调节时，分，秒的不同-Keil uVision3 gene under the digital clock display, you can adjust the hours, minutes and seconds of different
MPU6000
- 使用Keil uVision3环境下，针对C8051F350芯片开发MPU6050的基于I2C接口的数据传输程序。实现MPU6050加速度和角加速度的读取，采用串口传输。-Using Keil uVision3 environment for development MPU6050 C8051F350 chip I2C interface-based data transmission procedures. Achieve MPU6050 and angular acceleration of
HMC5883L
- 使用Keil uVision3环境下，针对C8051F350芯片开发HMC5883L的基于I2C接口的数据传输程序。实现HMC5883L地磁分量信息的读取，采用串口传输。-Using Keil uVision3 environment for C8051F350 chip development HMC5883L I2C interface based data transmission procedures. Achieve HMC5883L geomagnetic component inf
MPU6050PHMC5883LPBMP180
- 使用Keil uVision3环境下，针对C8051F350芯片开发MPU6050+HMC5883L+BMP180的基于I2C接口的数据传输程序。实现MPU6050+HMC5883L+BMP180各个传感器的采集信息的读取，采用串口传输。-Using Keil uVision3 environment for development MPU6050+HMC5883L+BMP180 C8051F350 chip I2C interface-based data transmission proce
dan-pian-ji-
- 本设计利用AT89C51单片机结合字符型LCD显示器设计一个简易的倒数计数器。用4个按键操作来设置当前想要倒计数的时间。做一小段时间倒计数，当倒计数为0时，则发出一段音乐声响，通知倒计数终了，该做应当做的事。应用 Proteus的ISIS软件和Keil uVision3来实现该计数器的设计与仿真。该方法仿真效果真实、准确，节省了硬件资源。-This design uses AT89C51 single character LCD display design combines a simple
ALIENTEK-MiniSTM32
- keil uvision3 ARM stm32f103开发-keil uvision3， arm stm 32development
SH79F083A-TPA6130A2
- 本完整工程是在keil uVision3下开发，用的单片机型号SH79F083A 音量控制芯片是TPA6130A2, 单片机通过IIC与TPA6130A2通讯实现音量大小和静音的控制。-this complete project is developed under the keil uVision3 with singlechip SH79F083A and the volume control chip TPA6130A2, to control volume and mute via I