| 1. | Moreover , some beneficial practical research has been done about fuzzy - pid control algorithm in position loop design
其中电流环采用比例调节算法；速度环采用比例积分调节算法；位置环采用模糊自整定pid控制算法。 |
| 2. | The double closed - loops framework is applied in the pfc control circuit and the pi algorithm is adopted as system " s control algorithm
Pfc系统的控制电路采用电流环与电压环双闭环控制结构，控制算法采用传统的pi算法。 |
| 3. | The paper presents a three - loop control system for servo of the grp wined system ; i . e . , the system is consist of current loop , speed loop and position loop
在本文中，伺服系统的设计采用了典型的三环控制，既系统由电流环、速度环、位置环组成。 |
| 4. | The paper also shows some key source routine carefully . the main algorithm - completely - digital triple - loop control , composed by current loop , velocity loop and position loop is adopted
在具体算法设计方面，论文提出了由电流环、速度环和位置环所组成的全数字三闭环控制算法。 |
| 5. | The decoupling controller of current loop is designed based on the internal model control . , and the controller has only one adjustable parameter and design procedure is very simple
基于内模控制，设计了电流环解耦控制器，改善了电流环性能，而且控制器只有一个可调参数，简化了设计。 |
| 6. | This paper deal with three - loop control system for synchronouns motor , stator current loop , var - current loop , exciter current loop . how to monitoring synchronizing error , and using 80196kc to control exciter
本文讨论了三环控制的同步电动机励磁系统，即定子电流环，无功电流环和励磁电流环。以及同步电动机失步检测及以80196kc进行控制的方法。 |
| 7. | In this paper , a kind of output current feed - forward circuit is added into the input of the current loop . by adding this compensatory circuit , the output character of the inverter is improved greatly
本文还研究了一种提高逆变器输出电压外特性的思路，通过将负载电流正反馈给逆变器的电流环输入端，从而达到提高输出电压的外特性的目的。 |
| 8. | Because the parameter of current loop is defmitude , which it is without appreciably altering in system running , and for the current loop is speediness , so we use the traditional pid control for the current loop
由于电流环内部的系统参数较为明确，在系统运行中变化不大，同时考虑到电流环的快速性，所以电流环的设计仍采用传统的pid控制。 |
| 9. | In chapter four , we introduce some methods of a / d conversion , and we take v / f as our a / d conversion . in chapter five , we introduce some knowledge of standard communication protocols , and we finally take the rs - 485 mode
第五章：介绍和对比了三类仪表常采用的通信方式： 20ma电流环， rs - 232和rs - 485通信标准，并最终确定采用rs - 485通信方式。 |
| 10. | The communication controller connects the standard rs232 serial port of computer to the serial port of fuel machines . since fuel machines are far away from the computer , we introduce 20ma electric current circle
利用pc机的标准rs232接口与通讯控制器通讯，通讯控制器与加油机的距离在100米左右，为了数据传输的准确可靠，采用20ma电流环实现串行通讯。 |
