基于MSP430单片机的封装I2C总线

这是简易波形发生器单片机源程序，利用7289和89c51来完成实验，程序简单-This is the simple microcontroller source waveform generator, using 89c51 7289 and to complete experiment, simple

是实验操作过程的详细讲解，有源程序即控制：转，停；正，反；快，慢；-experimental operation is the detailed talks, a source that is control : turn and stop; Now, anti-; Fast, slow;

TTR056单片机控制代码!台湾通泰单片机接口转换应用代码!-TTR056 MCU control code! Taiwan Winton SCM Interface Converter application code!

128的串口调试程序，使用的是查询发送和查询接收 很好用的一个驱动-128 serial debugger, using a query to send and receive queries with a very good driver

C8051F06X单片机编程，DAC模块代码-C8051F06X Microcontroller Programmer, DAC module code

包含了msp430单片机上的ADC、定时器A、定时器B、基础时钟、看门狗的初始化及中断程序。基本示例程序-Msp430 on a single chip that contains the ADC, timer A, Timer B, basic clock, watchdog and interrupt the initialization process.

本设计采用凌阳16 位单片机SPCE061A对步00进电机进行控制，通过IO口输出的具有时序的方波作为步进电机的控制信号，信号经过芯片L298N驱动步进电机；-This design uses 16-bit single-chip Sunplus SPCE061A to step into the motor control 00, through the IO port with the output timing of the square wave as a stepper motor control signal, the signal after the chip stepper motor driver L298N

在8位单片机中对32位数进行开方运算的汇编子程序-In 8-bit MCU in 32-digit prescription for computing the compilation of subroutines

freescale crc模块驱动 经调试，可正常工作-freescale crc driven by the debug module can work properly

该时钟以24小时制显示时间，并可显示2000年至2049年之间的任何日期及星期，日期与时间经按键可相互切换，可输入8个闹钟时间设置，每个闹钟设置包括响铃的时间（小时与分钟）、对工作日有效还是对周末有效的标志，以及本项设置是否启用的标志等三部分。这8个闹钟设置均保存在EEPROM中，即使掉电也不用重新输入。-The 24-hour clock to display time, and shows from 2000 to 2049 and any date between the weeks, the date and time as may be mutually switch button, enter the eight alarm time settings, each set including the ringing of an alarm clock Duration (hours and minutes), the effective working days or weekends effective road signs, as well as whether or not to enable this setting, such as a symbol of three parts. This 8 alarm settings are stored in EEPROM, even brown-out do not have to re-enter.