用数学的方法对数字式电子调速器控制柴油机转速的调节过程进行了描述与分析。
Regulation process of digital governor system used to control diesel engine is described and analyzed by way of mathematics.
针对柴油机数字式电子调速器的特点，设计了一种转速模糊控制算法，并在以16位嵌入式单片机为核心的柴油机数字调速系统中实现了这种算法。
According to the feature of the diesel digital speed control system, a FLC algorithm is (developed) and realized in the diesel speed control system based on the 16-bit embedded microcontroller.
着重分析了MG-800电子调速器系统中的数字PID控制算法，详细给出算法中三个参数的设置规则和参考设定值，同时分析了不同的参数值对于主机转速的影响。
It importantly analysis the digital PID Control Arithmetic in NABCO MG-800 Govemor. The set rule of three parameter is gived. The value of parameter will make what affection to engine revolution.
利用该模型可分析各参数对发动机控制的影响进行仿真，并利用仿真的结果指导6105Q柴油机数字式电子调速器的参数整定实验。
By this model, simulation about speed regulation of 6105Q diesel engine is made. Based on the result of simulation, the control parameters are got by experiments.
随着电子技术的飞跃发展，数字调速器已成为一种必然趋势。
With the development of the electronic technology, the digital speed governing system has been used so as to enhance accuracy and reliability of the devices.
随着电子技术的飞跃发展，数字调速器已成为一种必然趋势。
With the development of the electronic technology, the digital speed governing system has been used so as to enhance accuracy and reliability of the devices.
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