It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的控时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板液伺服控造波和波浪模拟法及其计算控。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控系统，循环控传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的控制电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板电液伺服控制造波机和波浪模拟方法及其计算机控制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控制系统，循环控制传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有回路的控制电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板电液控制造波机和波浪模拟方法及其计算机控制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液统是一个耦合统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控制统，循环控制传输从到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的控制电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板电液伺服控制造波机和波浪模拟方法及其计算机控制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服是一个耦，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控制，循环控制传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的制电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模曳水池中的直推式16摇板电液伺服制造波机和波浪模拟方法及其计算机制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的制系统，循环制传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的控制电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船试验拖曳水池中的直推式16摇板电液伺服控制造机和拟方法及其计算机控制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控制系统，循环控制传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的电压时塞。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板电液伺服造波机和波浪模拟方法及其计算机。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的系统，循环传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有伺服回路的电压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖中的直推式16摇板电液伺服造波机和波浪模拟方法及其计算机。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量电液伺服系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了伺服阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的系统，循环传输从伺服到flybar只有和主要刀片循环音高是由flybar倾斜只。

It can be used to energise the plunger cylinder if the control voltage of the servo circuit has failed.

可以在没有回路的控制压时激活活塞杆。

An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.

介绍一个建于船模试验拖曳水池中的直推式16摇板液控制造波机和波浪模拟方法及其计算机控制。

Multiple variable electric hydraulic servo system is a coupling system.By discoupling and pole allocation,we can geta single variable system.

多变量液系统是一个耦合系统，通过解耦和极点配置，能得到互不干扰的、可跟踪设定值的单变量系统。

This paper introduces the principles of the vibroplatform,provides some methods for the detection and diagnosis of the servo valve,and makes the field monitoring of the synchronism of vibroplatform.

对振台的原理作了简要介绍,给出了阀的检测诊断方法,并对振台的同步性进行了现场监测。

In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only.

在这个简单的控制系统，循环控制传输从到flybar只有和主要刀片循环音高是由flybar倾斜只。