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SOURCES
- 本程序是基于单片机的触摸屏画板实验代码，希望对学习触摸屏的爱好者有帮助-This program is based on SCM touchscreen the Sketchpad experimental code, I hope to learn touch screen lovers
SP3
- 单片机的部分程序，包括喇叭发声实验，播放音乐等-SCM part of the program, including the speaker sound experiment, play music, etc.
freescale0720
- 能跑的智能小车程序，xs128单片机上实验成功，速度在3m/s左右吧。-Able to run smart car program, xs128 microcontroller on the experiment is successful, the speed is probably about 3m/s.
chuankoushexiangtou
- 这是基于MSP430F149单片机对串口摄像头拍照程序，实验成功，可以参考参考-This is based on the MSP430F149 single-chip serial camera photographed procedures, the success of the experiment, can refer to reference
DIAODIAN
- nxP单片机的掉电试验程序，可用于51系列单片机的掉点实验-nxP microcontroller power-down test procedures can be used to point out of the 51 series microcontroller experiment
Clock-program
- 基于单片机PIC16F877A实验板设计的C语言时钟程序-C language clock program based on a microcontroller PIC16F877A experimental board design
MCU
- 实验二 累加和串并行显示实验 一．实验目的：学习80C196KC单片机I/O和T2定时应用。 二．实验内容：将4000H首地址的16单元的内容累加，取结果的低4位在P1口并行显示5秒钟，“1”灯亮，“0”灯暗；然后再在P1.0串行输出结果先输出4位高位，后输出4位低位。“1”灯亮，“0”灯暗，每位持续时间两秒。 三．实验预备知识：采用T2内部定时功能。相关中断屏蔽，IOC控制寄存器，中断允许，中断向量，中断程序格式。（80c196kc，晶振频率6Mhz） 四．实验步骤：P
shuzuzhong
- 基于单片机51的数字钟设计，内容包括完整程序和仿真，以及根据设计过程写好的实验报告，可以参考-Digital clock design based on single-chip 51 includes complete program and simulation, as well as written lab report according to the design process, you can refer to
PID
- 比较典型的PID处理程序，在使用单片机作为控制cpu时，请稍作简化，具体的PID参数必须由具体对象通过实验确定。由于单片机的处理速度和ram资源的限制，一般不采用浮点数运算，而将所有参数全部用整数，运算-Typical PID handler, use the microcontroller as control cpu, some simplification, the the specific PID parameters must be experimentally determined
shizhong-huibian-asm
- 基于AT89S52的时钟程序，单片机原理与接口技术实验课老师布置的作业，汇编语言-Clock program based on AT89S52 microcontroller Principle and Interface Technology Experiment class teacher assignments, and assembly language
yejing
- 本程序是液晶显示程序，用单片机来实现液晶的驱动，可以做液晶实验-This program is a liquid crystal display program, LCD driver MCU LCD experiment can do
2.4_TFT_51
- 2.4寸彩屏程序 51单片机程序 用与实验板-2.4-inch color screen program 51 microcontroller program
C
- 51单片机跑马灯流程实验的程序,有参考价值-51 single-chip the Marquee process the experimental procedures, reference value
wireless-remote-control-experiment-
- 本实验是基于89S52单片机的无线遥控接收模块的实验，程序完整，可以直接运用-This experiment is based on the the 89S52 microcontroller wireless remote control receiver module experiments integrity of the process can be directly applied
keyborad-print
- 利用ZG-211单片机系统实验板和芯片CH451、89S52进行详细的硬件设计，并在KEILC UVISION2 集成开发环境下编辑、编译、运行C语言程序，使得实验板能正常操作LED 数码显示，能通过中断方式接收按键信息。 即启动实验板，数码管将自动显示“12345678” 按下1 号按键，显示“001”； 按下2 号按键，显示“002”； 按下3 号按键，显示“003”； 按下4 号按键，显示“004”； -The hardware design in detail
MCU_51_LED01_C
- 51单片机LED驱动闪烁演示程序, 基于HC6800EM3实验板.-51 single-chip LED driver flash demo program, experiment board based HC6800EM3.
wave-generetor
- 采用信号发生芯片，与单片机结合，能够产生常用的信号波形，此信号发生器能够满足实验要求，为昂贵信号发生器低成本代替品，包含实际仿真电路与程序文件-Signal chip microcontroller, able to generate the signal waveform signal generator can meet the test requirements, low-cost alternative to expensive signal generator contains the
BasedonMSP430strikebellofprogram
- 基于MSP430x1xx单片机评估实验板的自动打钟器程序设计-Based on MSP430x1xx automatically strike bell of program design of the assessment experiment board
tabnum
- 51单片机的一个控制程序，用C程序编写，功能是将按键次数写入AT24C08，再读出并用1602LCD显示，实验控制：按独立按键 K5键 数值加一 到99后 重新再从1开始：-One of the 51 single-chip control procedures, written in C program, function keystrokes write AT24C08 read out 1602LCD experimental control: independent keys K5 ke
lcd
- 用到段码液晶屏，一般是用专用驱动芯片如：HT1621等，考虑到，成本、功耗，决定用单片机直接驱动。液晶屏手册建议用1/3偏压，求简单用1/2偏压，实际搭了个实验板试了一下，效果还是不错的。实际可将分压电阻R2-29加大到1M，和用CPU的一个脚来驱动（可关断），进一步减小功耗，现贴出原理图、程序、照片，供有用者参考。 -Used Segment LCD, special driver chip, such as: HT1621, taking into account cost, power