Electronic valve controller was small, wiring help, precision high, operate characteristic simple, intelligent.
该电动阀门控制器具有体积小、接线方便、精度高、操作简单、智能化等特点。
The paper presented a BP-PID method to control electronic swell valve of system, then BP-PID controller was designed.
采用BP-PID控制器对系统电子膨胀阀开度进行控制，并设计了BP-PID控制器。
The circulating water heater consists of frame, electronic heater, temperature sensor, flow channel switch, valve, heating controller and other parts.
循环水加热器通常由机身、电子加热器、测温感应器、流路开关装置、出水阀、加热系统控制器等构成。
The controller design method to use for electronic valve was introduced. its hardware and relevant application software were introduced, too.
介绍了一种为电动阀门配套使用的控制器的设计方法，阐述了其硬件组成及相关应用软件的设计思想。
Furthermore, all of these control functions can be achieved using electronic inputs to the valve thus providing a simple interface to the machine controller.
此外，所有这些控制功能可以使用输入到阀的电子输入信号被完成，只需通过提供的到机械控制器的简单接口。
Finally, does some simulation studies to the fuzzy controller with variable region that designs for electronic expansion valve, and compared with ordinary fuzzy controller.
最后，对控制电子膨胀阀开度而设计的变论域模糊控制器进行了仿真研究，并且与普通模糊控制器的控制效果进行了比较。
Finally, does some simulation studies to the fuzzy controller with variable region that designs for electronic expansion valve, and compared with ordinary fuzzy controller.
最后，对控制电子膨胀阀开度而设计的变论域模糊控制器进行了仿真研究，并且与普通模糊控制器的控制效果进行了比较。
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