搜索资源列表
stopwatch
- 单片机课程设计-八位秒表程序 秒表设计和代码以及文档-MCU Design- eight stopwatch program stopwatch design and code and documentation
Super-stopwatch-java
- 手机上的JAVA超级秒表,希望对大家有帮助-Super stopwatch JAVA on the phone, we want to help
stopwatch
- 成一个具有闹钟功能的时钟电路设计。并编写Testbench对电路功能进行验证。-stopwatch with alarm function
stopwatch
- 这是用单片机89c51实现秒表的程序,有相应仿真图形,以及电路。用户可以根据实际,修改参数。-This is achieved using 89c51 microcontroller stopwatch program, there is a corresponding graphic simulation, and circuits. Users can actually, change parameters.
Stopwatch-keyboard-24c02-1602-12864
- 秒表 按键 24c02读写 液晶1602 液晶12864-Stopwatch keyboard 24c02 1602 12864
stopwatch
- 多功能数字秒表,可以实现系统复位,暂停,等计时功能,经验证正确-stopwatch
stopwatch-program
- 简单的秒表小程序,提供各种源代码,秒表程序-Simple stopwatch small program, offer various kinds of source code
Stopwatch
- 秒表,STC89c52单片机开发板,在数码管上显示秒表,引入外中断控制启停。-Stopwatch, STC89c52 microcontroller development board, the digital display on the stopwatch, the introduction of external interrupt control start and stop.
Stopwatch-code
- 秒表代码Stopwatch code,测试基本没有问题,简单易用-Stopwatch code Stopwatch code, test basically no problem, easy to use
PIC.-C-a-stopwatch-examples
- PIC. C a stopwatch examples
Useful-stopwatch-(C51-version)
- 基于AT89C51单片机的实用跑表(C51版)程序-AT89C51 microcontroller-based practical stopwatch (C51 version) program
Stopwatch
- 用51单片机做一个秒表 ,液晶显示秒、分、时-Make a stopwatch with 51 single-chip, liquid crystal display seconds, minutes, hours
60-seconds-stopwatch--0.1S
- 60秒秒表设计 精确到0.1秒 有开始,有暂停 又终止-60 seconds stopwatch verilog
stopwatch---60s
- 60秒stopwatch verilog语言编写 又开始位 有暂停位 有终止位-60s stopwatch verilog
stopwatch-programmer-
- 秒表 stopwatch verilog语言编写-stopwatch verilog
60s-StopWatch--verilog
- stopwatch 60s计数 精确到0.1秒 verilog语言编写-stopwatch verilog
stopwatch
- 自己写的一个数字秒表,已经在实验板上面验证通过-Write a digital stopwatch, have been verified by experiments above board
StopWatch
- 学习boost库,参考timer类实现的一个简单的秒表类。-C++ implementation of a simple stopwatch class
stopwatch
- 基于单片机的,用婚变语言实现的数字秒表。-Microcontroller-based digital stopwatch
stopwatch
- 双数码管可调秒表 由于单片机I/O资源足够,所以双数码管可接成静态显示方式,两个共阴数码管分别接在P1(秒十位)和P2(秒个位)口,它们的共阴极都接地,安排两个按键接在P3.2(十位数调整)和P3.3(个位数调整)上,为了方便计时,选用12MHz的晶体。为了达到精确计时,选用定时器方式2,每计数250重载一次,即250us,定义一整数变量计数重载次数,这样计数4000次即为一秒。定义两个字节变量S10和S1分别计算秒十位和秒个位。-Double digital tube adjustable s