8051智能化家电控制源代码-8051 intelligent appliance control source code

单片机linbus通讯-Single-chip communication linbus

6502内核指令说明，与士兰单片机内核兼容，有需要的朋友可下载参考。-6502 Kernel command that is compatible with the Kingsland Singlechip kernel, there is a need to refer friends to download.

基于avr单片机的直流电机PID控制程序，工程文件的编译环境采用gcc for avr，可以在AVR Studio环境下调试，对电机开发人员具有参考价值。-avr microcontroller based on the DC motor PID control procedures, Project documents using gcc compiler environment for avr, the AVR Studio debugging environment, Development of motor officers with reference value.

XC161CJ_V2.7.dip 英飞凌软件DAvE mother system的插件，针对芯片XC161CJ_V2.7, 打开DAvE, 选择install, install from web, 浏览，选择XC161CJ_V2.7.dip。即可去XC161CJ芯片架构外设进行模拟，生成项目c语言代码，并用于keil的继续开发。-XC161CJ_V2.7.dip Infineon DAvE mother system of the plug-in software for chip XC161CJ_V2.7, open DAvE, select install, install from web, browse, select XC161CJ_V2.7.dip. You can go to XC161CJ peripheral chip architecture simulation, build the project c language code, and for the continued development of keil.

LED驱动，简单通俗，易懂对初学者来说比较合适-LED driver, a simple pop and easy to understand and more suitable for beginners

ad转换，将模拟信号量转换成数字信号量 -ad conversion, the analog signal into digital signal traffic volume

本文作者采用AT89C2051单片机和温度传感器DS18B20从硬件和软件两方面介绍了一款简易数字温度计的设计过程，  并对硬件原理图和程序流程图作了简洁的描述。数字温度计与传统的温度计相比，具有读数方便，测温范围广，测温准确，其输出温度采用数字显示，主要用于对测温比较准确的场所。-The author of this article using AT89C2051 MCU and temperature sensor DS18B20 from both hardware and software, introduced a simple digital thermometer of the design process, and schematic diagram of hardware and procedures were concise description of flow chart. Digital thermometer with a traditional thermometer, compared with a reading of convenience, a wide range of temperature measurement, temperature measurement accuracy, the output of the temperature digital display, mainly used for more accurate temperature measurement sites.

/* 程序详细功能介绍： * 用AT89S51单片机产生“嘀、嘀、…”报警声从P3.2端口输出，产生频率为1KHz， * 1KHZ方波从P3.2输出0.2秒，接着0.2秒从P3.2输出电平信号，如此循环下去，就形成我们所需的报警声了。 * * 程序设计方法 *（1．生活中我们常常到各种各样的报警声，例如“嘀、嘀、…”就是常见的一种声音报警声， * 但对于这种报警声，嘀0.2秒钟，然后断0.2秒钟，如此循环下去，假设嘀声的频率为1KHz， * 由于要产生上面的信号，我们把上面的信号分成两部分，一部分为1KHZ方波， * 占用时间为0.2秒；另一部分为电平，也是占用0.2秒；因此，我们利用单片机的定时/计数器T0作为定时， * 可以定时0.2秒；同时，也要用单片机产生1KHZ的方波，对于1KHZ的方波信号周期为1ms， * 高电平占用0.5ms，低电平占用0.5ms，因此也采用定时器T0来完成0.5ms的定时； * 最后，可以选定定时/计数器T0的定时时间为0.5ms，而要定时0.2秒则是0.5ms的400倍， * 也就是说以0.5ms定时400次就达到0.2秒的定时时间了。 */

c8051f020单片机lcd驱动编程-C8051F020 Singlechip lcd-driven programming