搜索资源列表
proteus
- 基于proteus以及单片机的计数器的设计,使用proteus实现了软件仿真-Proteus and counter microcontroller based design, realized using software simulation proteus
C-the-pulse-counter
- 基于51单片机的计数器,实现对外部脉冲技术的功能-Counter, based on 51 single chip microcomputer to realize the function of the external pulse technology
02_Timer_ok
- 掌握定时器相关寄存器的操作配置;实验箱,ATmega162 单片机中 2 个 8 位定时器/计数器,2 个 16 位定时器/计数器。 -know timer register
counter
- 利用51单片机的中断功能实现计数器的程序设计。-Use of 51 single-chip microcomputer interrupt function implementation counter of program design.
HWJS
- STC51单片机C语言-红外接收 计数器,初学者适用-51 IR receiver counter
Delay-timer-of-two-experiments
- 51单片机内部两个定时计数器合用的延时实验源码-Two internal 51 single delay timer counter combined experimental source
zhongduanshiyan
- 了解并掌握单片机基本功能单元定时器/计数器和中断系统的结构与工作原理-Understand and master the basic functional unit MCU timer/counter and interrupt structure and working principle of the system
chengxu
- 基于51单片机的方波频率计数器及LCD1602显示-51 single square wave frequency counter and LCD1602 display based on
counter
- 使用MCS51单片机开发的计数器程序代码-COUNTER
dianzishiz
- 使用keil软件。单片机电子时钟用AT89C51单片机的定时/计数器T0产生一秒的定时时间,作为秒计数时间,当一秒产生时,秒计数加1。开机时显示00-00-00的时间,开始计时:P1.0控制“add(加)“的调整,每按一次计数加1;P1.1控制“minute(减)“的调整,每按一次计数减1;P1.2控制”移位“的调整,第一次按键按下是控制秒或天加1,第二次按键按下是控制分或月加1,第三次按键按下是控制时或年加1。计时满23-59-59时,返回00-00-00重新计时。P1.4用做复位键,在计时过
LCD(1602)-Counter
- 基于单片机开发板的计数器,使用LCD(1602)显示数值,熟悉LCD(1602)的编程方法和思路-Microcontroller development board based on a counter, using LCD (1602) show the value, the familiar LCD (1602) programming methods and ideas
main
- 红外计数器,当红外探头检测到有物体经过后,单片机输出一个固定脉冲-Infrared counter, when the infrared sensor detects an object after the microcontroller output a fixed pulse
danpianji
- 计是利用MCS-51单片机内部的定时/计数器、中断系统、以及行列键盘和LED显示器等部件,设计一个单片机电子时钟。设计的电子时钟通过数码管显示,并能通过按键实现设置时间和暂停、启动控制等。-Meter is the use of MCS-51 microcontroller internal timer/counter, interrupt system, and the ranks of the keyboard and LED displays and other components,
kanmenggou
- 单片机看门狗电路 上述电路中,TPS3823输出定时溢出信号给Reset端。程序段中,CPU要不断地通过I/O口输出喂狗信号,使看门狗计数器清零。-MCU watchdog circuit in the circuit above the TPS3823 overflow signal output timing to Reset.In the procedures section, the CPU will continuously through the I/O port output fe
TIM1
- STM8单片机TIM1计数器精确定时后进入中断函数-STM8 microcontroller TIM1 counter precise timing after entering the interrupt function
timer
- 用AT89C51单片机的定时,计数器T0产生一秒的 定时时间,作为秒计数时间,当一秒产生时,秒计数加1,秒计数到60时,自动从0开始。单片机晶振频率为12MHZ-Using AT89C51 single-chip timing, timing counter T0 seconds, seconds count as a time when the second generation, plus 1 seconds count, count to 60 seconds, automatically
danpianji
- 利用AT89C51单片机的定时,定时计数器T0秒,秒计数的时候,第二代,再加上1秒计数,计数到60秒,自动从0开始。单片机12MHz晶振频率-Using AT89C51 single-chip timing, timing counter T0 seconds, seconds count as a time when the second generation, plus 1 seconds count, count to 60 seconds, automatically the begi
TEXT
- 本设计利用STC89C51单片机的定时器/计数器定时和计数的原理,使其能精确计时。利用中断系统使其能实现开始暂停的功能。根据要求知道秒表设计主要实现的功能是计时和显示。因此设置了三个按键和LED显示时间,三个按键分别是开始、停止和复位按键。利用这三个建来实现秒表的全部功能,而LED则能显示最多59.99秒的计时。-This design uses STC89C51 microcontroller timer/counter timer counting principle and that it
jishuqi
- 利用AT89S51单片机的T0、T1的定时计数器功能,来完成对输入的信号进行频率计数,计数的频率结果通过8位动态数码管显示出来。要求能够对0-250KHZ的信号频率进行准确计数,计数误差不超过±1HZ。-Use AT89S51 MCU T0, T1 timing counter function, to complete the input signal frequency counting, frequency counting results through eight dynamic di
Simple-frequency-counter
- 单片机简易频率计数器,各个模块程序都齐全。很有用-Simple frequency counters, program modules are complete. Very useful