Then he waddles out of marriage for exciter.
然后他就到婚姻之外找刺激去了。
Top left, part of the ignition exciter is visible.
左上角，在点火励磁部分是可见的。
Finally, it gives some applications of the exciter.
最后，例举了激振器的若干应用。
The vibration exciter is a exciting vibration unit.
激振器是一种激励振动装置。
Secondly, the exciting force of the exciter is deduced.
推导双电动机同步振动激励力的数学表达式；
The inductances of exciter are calculated by 2d FEM method.
励磁机电感参数由二维有限元法算得。
Double eccentric shaft vibration exciter is the source of linear vibration.
振动给料机由双偏心轴激振器提供直线振动源。
Their own traffic generation exciter system, and you will get paid 50% instantly!
自己这一代交通励磁系统，你将可以得到50 %的瞬间！
There is a nonlinear relation between the power transmission limit and exciter-gain.
与励磁增益则成增大幅度不断减小的非线性关系。
Synchronous generator a synchronous generator is an AC generator having a DC exciter.
同步发电机同步发动机是配有直流励磁机的同步交流发电机。
It is mainly composed of three parts: transducer, alarm device and magnetic field exciter.
研制的带压作业油管接箍探测仪主要由传感器、报警器、激磁器等部分组成。
This paper described the operation principle and character of type PR9270 vibration exciter.
阐述了PR9270型激振器的工作原理和结构特点。
The exciter vibration is a more general problem in existing operational steam turbine generator unit.
励磁机振动是汽轮发电机组运行中较为普遍的一个问题。
Then, introduces about DSP , which is the basis knowledge of next design Based on DSP exciter control devices .
然后，介绍了DSP的基础知识，为下一步进行设计基于DSP的励磁控制装置做好准备。
A rotating commutator on the dc machine, used as an exciter, was a common means for achieving rectification in the past.
在过去，直流励磁机上的旋转整流子是用作整流的普遍措施。
It also describes in detail the principal technical data and the performance of their exciter and their calibration methods.
详细地介绍了该型激振器的主要技术指标和性能及其测定方法。
The exciter current an exponential relationship with transmitted torque, torque by unit moment of inertia and viscous power loss.
励磁电流与传递力矩、单位转动惯量传递的力矩等成指数关系，与功率损耗成负指数关系。
The units feature new advanced electronically scanned array antenna, a power supply and a modified receiver/exciter, according to Northrop.
据诺思罗普公司称，该雷达单元特征包括新的先进电子扫描阵列天线、一个电源和改进型收发器。
Comparing with the old type exciter, the new one has many advantages and can be used easily, it is suitable for the practical engineering.
与传统的晶闸管励磁电源相比，新型同步电机励磁电源的性能得到很大提高，使用简便可靠，是一种较好的同步电机励磁选择方案。
This paper discusses the performance of the conventional alternative exciter— rectifier excitation system of the domestic turbo-generator set.
本文讨论了国内汽轮发电机组常用的交流励磁机—整流器励磁系统的运行特性。
We study the calculating method and program the calculating software to simulate the exciter flow current on the no-load switching-in of transformer.
对涌流瞬态过程进行了分析，研究计算办法并编制了计算软件，可以对变压器空载合闸时的励磁涌流进行计算模拟。
Brushless exciter is a very important part of brushless synchronous generator, and it is a very important factor to determined the quality of generator.
无刷励磁系统是无刷励磁同步发电机的重要组成部分，它是影响供电质量的一个重要方面。
The relationships between the chaotic characteristics of the exciter aswell as the rame rum oil system and the parameters of the exciter areinvestigated.
研究了“混沌激振器”和“机架—振动轮—土”系统的混沌特征与激振器参数之间的关系。
Since HSY requires dc magnetic field, an exciter with control circuitry is needed in addition to the conventional PMSY drive unit when employed as a motor.
HSY作为电动机使用时，由于需要直流磁场，与普通pmsy的驱动单元相比，应额外增加一个励磁电路。
The exciter system of traditional dc exciter has some weaknesses, whose commutators and carbon brushes often need examining, repairing and maintaining timely.
对传统直流励磁机的励磁系统而言，其带有滑动接触部分的换向器和炭刷等薄弱环节，需要定时检修与维护。
Within our countrys power system, synchronous generator excitation system primarily consists in direct current exciter system and semiconductor exciter system.
在我国电力系统中，同步发电机的励磁系统主要有直流励磁机励磁系统和半导体励磁系统两种。
The paper analyzes the rated case and fault cases of a 11 phase brushless exciter by general simulation model of exciter, which is based on Kron's tensor circuit.
本文应用张量电网络理论所建立的无刷励磁机通用仿真模型，对11相无刷励磁机进行了额定工况及故障工况的仿真研究。
The mathematical model for the motion of CVE 2 type chaotic vibration exciter was set up and its numerical simulation and chaotic identification were carried out.
建立了使用滑动轴承的CVE -2型混沌激振器所产生的运动的数学模型，并对其进行了数值仿真和混沌识别。
The mathematical model for the motion of CVE 2 type chaotic vibration exciter was set up and its numerical simulation and chaotic identification were carried out.
建立了使用滑动轴承的CVE -2型混沌激振器所产生的运动的数学模型，并对其进行了数值仿真和混沌识别。
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