搜索资源列表
PWM
- 用C语言完成的52单片机程序，用来实现PWM信号的产生和控制，可以调节占空比，周期为50ms。-Complete 52 microcontroller using C language program, used to implement a PWM signal generation and control, can adjust duty cycle, cycle of 50 ms
module-dapeng
- 本代码基于FPGA实现了计时范围：00’00”00 ~ 59’59”99，显示的最长时间为59分59 秒的功能。数字秒表的计时精度是10ms。显示工作方式：a、用八位数码管显示读数 b、用两个按钮开关（一个按钮使秒表复位，另一个按钮控制秒表的启动/暂停）-This code based on FPGA to realize the timing range: 00 00 00 ~ 59 59 "99," according to the function of the maximum
PRACTICO
- practico con pic 18F45K20. Prende y apaga un led cada 500 ms.
TDC_GP2_OK
- 针对德国ACAM公司的TDC_GP2芯片写的80C51单片机开发源程序，包括六个寄存器的正确配置，SPI、串口等通信。非常好，已调试成功，通过串口调试助手即可直接接收到时差数据。测量范围2:500ns-4ms。只需改变寄存器1即可实现测量范围1:0-500ns的测量。-TDC to Germany ACAM companies GP2 chip 80 c51 source program development, including the correct configuration of th
TIMER1
- generate the interrupt each 1 ms
STC15x104w-ecap
- 使用单片机STC13F104W进行PWM捕获函数实现；PWM的脉冲周期20ms,高电平介于1-2ms 经过测试可以使用-Using single chip microcomputer STC13F104W PWM capture function PWM pulse cycle 20 ms, high level between 1 to 2 ms After test can be used
stm32-printer
- stm32f103 串口与热敏纸打印机驱动程序。打印机用的是美松科技的MS-D347型号，程序已经经过测试使用的，有需要的朋友请下载。-stm32f103 serial port and thermal paper printer driver. Printers use MS Technology MS-D347 model, the program has been tested and used. Please download who need it.
Use-Visual-Studio-for-AVR-Arduino
- This document is very nice guide for programming and compiling Arduino and other AVR Micro controllers in MS Visual Studio.
yinpin-xinhao-fasheng
- 利用单片机定时器产生高低电位各0.5毫秒的方波，该方波再经二阶滤波变成1K赫兹的正弦波，即为音频信号-To produce high and low potential of each 0.5 ms using SCM timer Fang Bo, the square wave and then by two order filter into 1K Hz sine wave, namely for audio signal
SUSAN1
- 算法计时用，可以精确计算到ms。用作定时器模板使用-Timing algorithm to use, can be accurately calculated to ms. Used as a timer template
fangbo
- 89c51单片机产生200ms方波程序，实验OK，程序简单明了-89c51 produces 200 ms square wave program, experimental OK, procedures simple and clear
GPS-Second
- 基于STM32F10X系列GPS模块应用程序，真正实现GPS秒脉冲信号校准时间，实现ms级别精确对时（GPS接收信号本来只能实现秒级对时）-Based STM32F10X series GPS module application, real time GPS second pulse signal calibration to achieve the level of precision of the time ms (GPS reception signal had only seconds
ADC-key-procession
- 用51的MCU的IO方式控制74HC595驱动8位数码管(4位共阴4位共阳)使用Timer0的16位自动重装来产生1ms节拍,程序运行于这个节拍下, ADC按键和行列扫描按键均影射成统一的键码, ADC按键键码为1~16, 行列扫描按键键码为17~32.-Way with 51 MCU IO control 74 hc595 are needed drive eight digital tube (4, a total of four Yin Yang) Timer0 16 automatic
ms_pro_duo_gpio
- 基于MSC8051的GPIO实现的MS卡 MS PRO MS PRO DUO M2卡驱动程序，可以实现基本的读写识别功能，给需要的朋友提供参考。-The GPIO implemented based MSC8051 MS card MS PRO MS PRO DUO M2 card driver, you can achieve basic literacy recognition, provide a reference to a friend in need.
swing-servo-sector
- 舵机的工作原理。舵机常用的控制信号是一个周期为20毫秒左右，宽度为1毫秒到2毫秒的脉冲信号。当舵机收到该信号后，会马上激发出一个与之相同的，宽度为1.5毫秒的负向标准的中位脉冲。-Steering works. Servo common control signal is a period of about 20 milliseconds, a width of the pulse signal 1 ms to 2 ms. After receiving the servo signal, it
03_key_detect_1
- 键盘抖动的Verilog实现，设计的方法主要是由“电平检查模块”和“10ms延迟模块”组合合成。-Keyboard shaking Verilog implementation, the method of design is mainly by level examination module and 10 ms delay module combinatorial synthesis.
interpret
- MS-51单片机的中断示例程序，采用汇编语言编写。当中断到来的时刻，相应引脚控制的LED灯状态反转。-Program of Machine language was written for MS-51 to realize the function of interpret. When the signal of interpret comes, LED connecting with the pin will reverse.
Time@Counting-Example-Mode
- 松瀚单片机定时/计数器MS&US级定时/延时，定时器定时，FOR循环延时-Elee microcontroller timer/counter MS&US timer/timer delay, delay, FOR cycle
Key
- 状态机按键扫描程序，只需在定时中断中每20Ms调用一次就可以了-key scanner demo code，call it every 20 Ms in integer
53_TMR0_Interrupt_DEMO
- IC使用TMR0定时50MS,此程序主要目的：怎样使用TMR0中断定时，以及进中断 //怎样保存ACC以及STATUS-IC USES TMR0 time 50 ms, main purpose of this program: how to use the TMR0 interrupt timing, and into the interrupt// how to save the ACC and STATUS