PLC

利用ad9854模块产生频率范围为0到50Mhz的正弦波，方波。(Use ad9854 module generates a frequency range of 0 to 50Mhz sine wave, square wave.)

private static final long serialVersionUID.

说明：  (一) 设计交通灯控制的软硬件，实现交通灯的控制。 (二) 交通灯的红、绿、黄灯亮灯时间可以通过键盘设定。 (三) 交通灯控制要有直道、弯道及非机动车的通行、停止控制。 (四) 在某一方向通车或停车时，要有动态的指示，消除司机的烦躁情绪。 (五) 红灯停、绿灯行、黄灯停止未过线的机动车和停止方向的预启动。 (六) 黄灯亮的时间不可改变，预定5秒钟。 ((A) the traffic light control software and hardware design to realize the control of traffic lights. (B) the traffic lights red, green, yellow light time can be set via the keyboard. (C) of the traffic light control should be straight, curved and non-motor vehicle traffic, and stop control. (D) the direction of traffic or parking in a while, there must be a dynamic instructions, eliminating the driver' s irritable mood. (E) red light stop, green, and yellow lines to stop the vehicle has not been the direction of the pre-start and stop. (F) yellow light time can not be changed, scheduled for 5 seconds.)

pwm方波控制仿真 通过仿真输出方波pwm 并输出正弦波 谢谢(PWM square wave control simulation by simulation output square wave and sine wave output for PWM)

附件为小日本的50KW逆变器的方案，太阳能控制架构图，希望对大家有用。附件为小日本的50KW逆变器的方案，太阳能控制架构图，希望对大家有用。(Attached is a small Japanese 50KW inverter solutions, solar control chart, we want to be useful. Attached is a small Japanese 50KW inverter solutions, solar control chart, we want to be useful.)

Graphics Program using c & c++ Programming

此USB数据采集系统分三部分，下位机采用EZUSB单片机，C语言编程，USB接口部分的动态链接库采用C语言编程，上位机显示部分采用LABVIEW编程，是一个完整的系统源码。(This USB data acquisition system in three parts, the lower computer use EZUSB SCM, C language programming, USB interface, part of the dynamic link library using C language programming, the PC shows some use of LABVIEW programming, is a complete system source code.)

该程序为大家提供按键扫描程序例程。给大家一个参考，来实现简单的按键扫描功能(This program provides you with the routine of key scan program. To give you a reference, to achieve a simple key scan function)

MC9S12XEP100 PLL时钟配置例程(MC9S12XEP100 PLL setup)

设计了基于模糊控制器的风力水力互补发电系统，并利用MATLAB软件中的Simulink工具箱对该系统进行了建模仿真，取得了良好的效果。仿真结果表明，基于模糊控制器的风力水力互补发电系统可以很好地解决风力发电波动性大的问题，为风电的大规模应用提供了可行的解决方案。内含文档和MATLAB程序。(The wind power generation system based on fuzzy controller is designed, and the system is modeled and simulated by using Simulink toolbox in MATLAB software. The simulation results show that the wind power generation system based on fuzzy controller can solve the problem of large fluctuation of wind power, which provides a feasible solution for large scale application of wind power. Containing documents and MATLAB program.)