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digital-clock-
- 51单片机 制作数字时钟 c语言程序 数码管稳定显示 通过按键可以增加分秒-The 51 MCU production digital clock c language program
DigitalClock
- 用c语言编写的数字时钟,有时分秒显示,并且时分秒都可调,误差较小。用AT89C51单片机连接数码管显示,程序用keil编写,实验仿真有protel99se实现,已验证成功-With the c language of the digital clock, sometimes minutes and seconds display, and when the minutes and seconds are adjustable, error smaller. AT89C51 microcontro
example1
- 采用nios2的嵌入式数字钟的设计与实现,首先使用quartus2中的sopc builder设计CPU内核,然后在nios2中庸C语言来实现数字钟的功能--Embedded digital clock with nios2 the design and implementation, the first to use quartus2 the sopc builder design CPU core, and then nios2 Mean C language function digita
clock-based-on--8051-and--LCD1602
- 详细介绍了8051单片机和LCD1602开发的数字钟电路和程序。是学习KEIL C和LCD1602的好资料。仿真平台为PROTEUS。-Details of the 8051 and the the LCD1602 development of the digital clock circuit and procedures. Learning KEIL C and LCD1602. Simulation platform for the PROTEUS.
licheng
- 运用51单片机,C语言编程来实现数字时钟的功能-Use of 51 single-chip C language programming to achieve the function of the digital clock
12864-shuzizhong
- 基于12864数字钟 采用c语言编写,能实现闹钟调节 年月日 时分秒的调节-12864 digital clock using c language, to achieve the alarm clock to adjust the date, hour, minute and second adjustment
sports
- 设计一个运动计分器,技术指标如下: ①“计分器”LED数码管显示位为两位; ②“计分器”的十进数位仅为两位数,即十位数、个位数; ③“计分器”应具有“复位”或“置数”控制功能; ④“计分器”应具有“加1”和“减1”的累计运算功能; ⑤“键控”应有“运算选择”(A),“计数(加1或减1)”(B)和复位或清零(C)三个按键开关。 根据要求,我要设计一个两位数的运动计分器,要使它具有置零和置数功能,当我们给一个时钟信号的时候,我们可以给它加一或者减一,我们分别用三个开关
clock
- 数字时钟实现数字时钟计算闰年的C语言编程-Digital clock digital clock leap year calculation in C language programming
RTC_Interrupt-C-Main
- Digital Clock using PIC Microcontroller Interrupt