在单片机上实现对工业现场的多模态PID控制源代码,方面大家参考...

MCS51控制1602字符型LCD的源代码-MCS51 control 1602 Character LCD source code

单片机与AD9851控制程序，可输出预置频率正弦波-With the AD9851 single-chip control procedures can be preset output frequency sine wave

As you have learnt that sleep( )/usleep()/nanosleep() are not good to delay a process. Timers can provide more accurate time control in applications. In this lab, you will explore POSIX timers and signal programming, experience the timer drift. The primary focus of this lab will be "time". The experiment will show you several methods to measure time in your applications.

AD中断服务程序,介绍了中断的利用和编程技巧-AD interrupted service procedures, introduced a suspension of the use and programming skills

51单片机模拟解码2272程序，此方法较硬件解码要方便而且灵活性要强，可靠性也得到加强。-51 2272 microcontroller decoding process simulation, this method than hardware decoding to facilitate flexibility and stronger, Reliability has also been strengthened.

只用cy7c68013实现的usbblaster!SDCC编译!-CY7C68013 achievable only usbblaster! SDCC compiler!

FreeRTOS免费的开源实时操作系统，FreeRTOS的官方移植文档-FreeRTOS free open-source real-time operating system, FreeRTOS official Portable Document

4x4矩阵键盘电子琴把“单片机系统”区域中的P1.0 端口用导线连接到“音频放大模块”区域中的SPK IN 端口上； （2． 把“单片机系统“区域中的P3.0－P3.7 端口用8 芯排线连接到“4X4 行列式键盘”区域中的C1－音乐产生的方法； 一首音乐是许多不同的音阶组成的，而每个音阶对应着不同的频率，这样我们就可以利用不同的频率 的组合，即可构成我们所想要的音乐了，当然对于单片机来产生不同的频率非常方便，我们可以利用单片 机的定时/计数器T0 来产生这样方波频率信号，因此，我们只要把一首歌曲的音阶对应频率关系弄正确即 可。现在以单片机12MHZ 晶振为例，例出高中低音符与单片机计数T0 相关的计数值如下表所示-err

DOS 下的VGA 转 TV的芯片控制源代码,汇编编写.可直接使用-DOS VGA chip to control TV source code, compile prepared. Can be used directly

用单片机做的小程序，主要想下东西的，谢谢大家-MCU small procedures done, think the next thing, thank you