Through analyzing the principle of polarization scrambler, high-speed polarization scrambler can be achieved by the use of high-speed control circuit drive polarization controller.
通过对偏振扰偏器原理的分析，决定采用高速控制电路驱动偏振控制器的方法来实现高速扰偏器的设计。
That can be used to drive a current through an external circuit.
通过外部电路就可以利用这一点来导通电流。
IGBT discrete gate drive circuit design knowledge.
IGBT分立驱动电路的设计知识。
This reduced temperature dependence permits a simplified drive circuit and reduces the need for temperature stabilization.
与温度的关系变得不密切，也就使驱动电路简化并减少对温度稳定的要求。
The design scheme for display operating, the application of memory technology, the design ideas for CRT drive circuit and light pen input system have been given.
给出了系统设计方案，其存储器技术的应用以及CRT驱动电路与光笔输入系统设计思想。
The entire drive circuit has characteristics of sample construction, powerful drive energy and low consumed power by using IR2110 as the drive modular.
采用IR 2110作为该功率放大电路的驱动模块，构成的整个驱动电路具有结构简单、驱动能力强、功耗低的特点。
The low-voltage driving circuit is adopted to drive a piezoelectric ceramic phase shifter to shift the phase of the reference beam, so as to make the instrument lighter, smaller and cheaper.
采用低压驱动电路驱动压电陶瓷相移器对参考光束进行相移，从而使仪器质量减轻、体积缩小、成本降低。
The missile rudder servo controller adopts TMS320F2812 as main CPU, IR2110 as drive chip. Each part of main circuit is analyzed in detail.
以TMS320F2812作为主控CPU，以IR2110作为驱动芯片，完成了导弹舵机伺服控制系统的硬件设计，进行了控制器主电路的分析与设计。
Experimental results prove that the designed driver can realize drive, dynamic turn-off and short-circuit protection and so on.
试验结果证明，本驱动电路能够很好的实现正常驱动、动态关断以及短路保护等功能。
The overcurrent protection for IGBT is generally implemented in its drive circuit so that the main circuit is simpler and the volume is smaller.
IGBT的过电流保护一般在自身的驱动电路中实现，而主电路相对简单、体积小。
IGBT drive circuit performance analysis, to do motor control or power of the people very useful.
IGBT驱动电路性能分析，这对做电机控制或电源的人来说很有用。
Chapter Six makes out the drive and control circuit of IGBT.
第六章着重对IGBT的驱动控制电路进行了说明。
On this base, introducing the stepper motor subdivided drive circuit simply.
在此基础上对步进电机细分驱动电路作了简单的介绍。
Presents the control principle of electromagnetic bearing and the requirements of the power drive circuit.
介绍了电磁浮轴承的控制原理及对功率驱动电路的要求。
Its key idea is that integration of GTO with improved structure, antiparallel freewheeling diode and gate drive circuit, then connects its gate drive by low inductance.
它的关键思想是将改进结构的GTO与反并联二极管和门极驱动电路集成在一起，再与其门极驱动器在外围以低电感方式连接。
It is only when the drive completes its circuit with the passive voice that a new subject appears.
仅有当驱力以被动语态完成它的回圈，新的主体才会出现。
A new circuit scheme of drive, protect, signal distribution and delay for IGBT is proposed.
本文提出一种新型的用于IGBT驱动、保护及信号分配延时的电路方案。
The drive circuit and the magnetizing condition of the drive transformer are also thoroughly analyzed in the paper.
文中对该驱动电路及驱动变压器铁芯的磁化状态作了深入的分析和研究。
A new "phase shift type" vernier drive circuit which provides the analog power for step motors is presented in this paper.
本文提出了一种新型的“移相式”微步驱动电路，该电路向步进电动机提供一个模拟电源。
The design schemes of control circuit and drive circuit for selecting mechanism are described in detail.
并详细叙述了选针机构驱动电路的优化设计方案。
Experiments showed that the drive circuit had characteristics of reliable performance, powerful drive energy, strong anti-interference ability.
试验表明该驱动控制电路具有性能稳定、驱动能力大、抗干扰能力强等特点。
The third chapter mainly introduces the hardware design of soft starter, including the main circuit, control circuit, drive circuit, and protect circuit and auxiliary switched power design.
第三章详细介绍了软起动控制器的硬件设计，包括主电路、控制电路、驱动保护回路和辅助开关电源电路的分析和设计。
The electrical part consists of AT89S51 SCM and drive circuit.
电气部分由at89s51单片机及驱动电路等组成。
Deep IGBT discrete gate drive circuit design knowledge.
较深的IGBT分立驱动电路的设计知识。
It emphatically analyzes the drive circuit and protective circuit of IGBT arc inverter, and the application of IGBT.
重点分析了IGBT弧焊逆变器的驱动电路和保护电路，以及IGBT驱动模块和应用。
It emphatically analyzes the drive circuit and protective circuit of IGBT arc inverter, and the application of IGBT.
重点分析了IGBT弧焊逆变器的驱动电路和保护电路，以及IGBT驱动模块和应用。
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