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555定时器计数程序
- 555定时器计数程序，单片机读取555定时器值，做为频率计使用,555
CS18-1
- 单片机中断指令的C语言应用，三个数码管从“000”开始进行加法计数按动（INT0低电平）键时计数暂停，再按继续计数-Microcontroller interrupt instruction C-language application, the three digital control from the " 000" press start counting addition (INT0 low) key count pause, then continue to coun
RLC
- 本文所设计的系统是基于AT89C52单片机控制的简易RLC测试仪。为了充分利用单片机的运算和控制功能，方便的实现测量。把参数R、L、C转换成频率信号f，然后用单片机计数后再运算求出R、L、C的值，并送显示。 转换的原理分别是RC振荡电路和电容三点式振荡电路。为了比较准确的测试而频率的计数则是利用等精度数字频率计完成。然后再将结果送单片机运算，并在LED显示器上显示所测得的数值。通过一系列的系统调试，本测试仪到达了测试标准。经过测试， -In this paper, the system d
Mcufrequency
- 基于单片机的频率采集、计数以及显示程序,具有广泛的作用~-The frequency of single-chip based on the collection, counting and display procedures, the role of a broad ~
COUNTER_8.0
- 两路PWM脉冲计数，A路通过中断，中断时候扫描B路，从而确定相位-Two PWM pulse count, A way through the interruption, disruption of B when the scan path in order to determine the phase
Interruptwhz
- 中断应用 包括INT0+INT1 INT0+中断，INT1+中断，中断计数，等中断的应用和详细的讲解-Interruption of the application, including INT0+ INT1 INT0+ interrupt, INT1+ interruption, disruption of counting, such as interruption of the application and in detail
newjs
- 0-999计数器 实现从0到999的计数，并通过数码管进行显示。-0-999
MCU_measuring_motor
- 51单片机测量电机转速，利用计数脉冲数显示到汉字液晶屏上面。脉冲是由对管扫描码盘产生的-51 MCU measuring motor speed using pulse-counting the number of
djs
- 按SW19独立按键，倒计时开始 倒计时期间 继电器吸合 按SW20键继电器断开 计时暂停 按板上单片机复位按键 计数值恢复为999 此计数初值 可在程序中修改。-Press SW19 independent button during the countdown to begin the countdown relay pull-off time by SW20 key relay suspended by the board microcontroller counts reset butto
megal16counter
- 用megal16单片机做的一个可对外部脉冲定时计数的脉冲计数器。-microcontroller can be done megal16 external pulse, regular pulse counter counting
danpianji
- 单片机脉冲计数 基于51单片机实现对外来脉冲的计数功能 -FREQUENCE ACCOUNT
1602LCD_count
- 51单片机例程，1602LCD计数显示实验，配有实验说明文档。-51 MCU routine, 1602LCD count showed that the experimental, with test documentation.
pulscounter
- 脉冲计数器，用c语言实现，并将计数结果用led显示出来。-Pulse counter, using c language, and count the results with the led display.
pulse_count
- 用51单片机的中断另一个功能gate门做实现脉冲计数-Microcontroller with a 51 break to do other functions to achieve pulse counting gate door
jidianqi
- 一个简单用单片机实现继电器控制并具有计数功能，所附的原理图和程序并不配套，但原理基本一致；两个程序，一个是参考程序，另一个是自己编的程序(A simple microcontroller can control the relay and have counting function. The attached schematic diagram and program are not matched, but the principle is basically the same. Two p
TIM 计数模式
- 利用STM32单片机的定时器外部计数模式测量方波信号频率。(Use STM32 microcontroller timer external count mode to measure square wave signal frequency.)
PWM_Timer_Counter
- STM32F103RBT6 定时器1_PA.8进行PWM输出，定时器2_PA.0进行脉冲计数，定时器3进行定时器中断，串口输出脉冲计数值(Timer 1_PA.8 for PWM output, timer 2_PA.0 for pulse count, timer 3 for timer interrupt, serial output pulse meter value)
PCNT_RTOS
- 基于EFM32TG840F32移植的FreeRTOS操作系统下的PCNT脉冲计数程序。(The pulse counting program under the FreeRTOS operating system, based on the PCNT module of EFM32TG840F32 .)
ETR脉冲计数
- 基于stm32F407码盘计数源码驱动，脉冲计数(Stm32F407 code disk count drive, pulse count)
触摸按键（计数）
- 基于51单片机的电容触摸按键功能，通过简单的读取IO口电平实现(Based on 51 single chip microcomputer, capacitor touch button function is realized by simply reading IO port level)