51DS1302+DS18B20

18b20温度感应程序组成的测试系统使用的C语言编写(18b20 procedures consisting of temperature sensor test system used in C language)

说明：  基于zigbee技术CC2530 开发采集大气压(Development and Collection of Atmospheric Pressure Based on Zigbee Technology CC2530)

用汇编写的音乐门铃的程序，虽然程序不大，但程序的内容很丰富，另配有PROTEUS的电路图。(Compilation of music written by doorbell procedures, although the procedure, but the procedure is very rich in contents, reprovision PROTEUS have the circuit diagram.)

DS18B20温度传感器的51汇编程序，器件资料文档用搜索找，没上传。其中当然少不了PROTEUS的仿真，KEIL+PROTEUS联合实现。而且实现了多个器件级连的功能，程序当然可以继续优化的(51 assembler DS18B20 temperature sensor, the device information document with a search to find, no upload. Which of course PROTEUS simulation, KEIL+PROTEUS jointly. And multiple devices cascaded function, the program can of course continue to optimize)

/*EEPROM24C02,程序将对存储器进行读和写，因此涉及到键盘程序，比较复杂，耐心学，*/#include <reg51.h>#include <intrins.h>#define W24C020xA0//存储器的写地址 #define R24C02 0xA1 //存储器的读地址 #define MSB 0x80 //8位二进制最高位置1 #define LSB 0x01 //8位二进制最低位置1 (/* EEPROM24C02, program will read and write memory, it involves the keyboard program, more complex, patient study,* /# include <reg51.h># Include <intrins.h># Define W24C020xA0// write the memory address# define R24C02 0xA1// read memory address# define MSB 0x80// 8 bit binary highest position 1# define LSB 0x01// 8 bit binary lowest 1)

This project shows how to configure and use the A/D Converter of the following microcontrollers: Texas Instruments MSC1200Y2 Texas Instruments MSC1200Y3(This project shows how to configure and use the A/D Converter of the following microcontro llers : Texas Instruments Texas Instrument MSC1200Y2 's MSC1200Y3)

说明：  新唐N76e003例程，有定时器，IO口，ADC，掉电保存，在线升级等等(New Tang n76e003 routine)

51单片机。AD0832设计的电压表32X16点阵显示(51 single. AD0832 design voltmeter 32X16 dot matrix display)

经典的Carmack求平方根算法,, 采集九轴传感器数据, 解算姿态(Classic Carmack square root algorithm)

全自动可遥控旗帜升降系统以AVR单片机为核心，由PWM对电机进行变频调速，高精度光电编码器测速，闭环式电路控制。能够利用按键输入相应的指令控制旗帜的升降，还可以实现在特定位置停留的功能。利用LCD可以显示旗帜的实时高度和相应的控制命令，用LED指示旗帜是否处于半旗状态，具有语音提示报警功能，并可利用无线模块实现遥控功能，准确均匀地实现旗帜的升降(Automatic landing system can be remote-controlled flag to AVR microcontroller core of the PWM VVVF motor, high-precision optical encoder gun, closed-loop control circuit. Enter the appropriate button to take advantage of the command control of the rise and fall of the flag, but also can stay in the function of a specific location. LCD can display the banner of the use of real-time high and the corresponding control command, the LED is directed at the flag half-mast, and alarm functions with voice prompts, and the use of wireless remote control function module, to achieve uniform and accurate take-off and landing flag)