The inverter of main circuit adopted IGBT power module.
主电路中逆变器采用IGBT功率模块。
Full-Bridge converter is the main circuit topology of the inverter.
论文选取全桥变换器作为主电路拓扑。
This paper introduces the principle of the shaft-position coding and the main circuit.
本文介绍了同步机三相法轴角编码的原理及其实现的主要电路。
The principle and main circuit design ideas are given for the mobile pulse output module tester.
介绍了便携式脉冲输出模块测试仪的原理和主要电路设计思想。
The 24-year-old ladies' world champion is the first woman to compete on the main circuit for 15 years.
现年24岁的女子世界冠军是15年来参与主要巡回赛的首位女性。
A fail-safe backup system ensures reliable operation, even if a fault develops in the main circuit.
一个自动防故障装置的后备系统确保了可靠的运转，即时在主要电路产生了故障。
The structure of main circuit and the control circuits and the relative calculations are also given.
同时给出了主电路、控制电路、主要参数的计算方法及相关波形。
The main circuit of Power Quality Compensator (PQC) for distribution system is studied in this paper.
对配电系统电能质量补偿装置的主电路进行了研究。
The feasibility of the project is validated by analysing the experiment results of main circuit wave.
通过对主电路波形的实验分析验证了该方案的可行性。
The SPMC75F2413A chip is used as main control chip to control single-phase bridge inverter main circuit.
系统以SPMC75 F 2413 A作为主控芯片来控制单相桥式逆变主电路。
Its operation principle is stated, and its main circuit diagrams and control flow charts are also given.
阐述了系统的工作原理，给出了该系统主要的硬件电路图和控制流程图。
The main circuit consists of the switching power supply, the main control circuit, and the power circuit.
本课题硬件结构主要包括开关电源，主控电路、功率电路三部分。
The paper analyzes and designs the main circuit of high-power IGBT inverted air plasma cutting power supply.
对一种大功率IGBT逆变式空气等离子切割电源的主电路进行了原理分析与设计。
Based on the model, the influence of the main circuit on the temperature rise of ac contactor was researched.
最后利用建立的热分析模型分析了主回路发热对接触器温升的影响。
The main circuit includes parallel fixed compensating capacitor, variable compensating inductor and IGBT, etc.
主电路包括并联固定补偿电容、可变补偿电感和IGBT器件等。
A topology of the main circuit for the harmonic compensator with a resonant AC link soft-switching is analyzed.
分析了一种带交流谐振环节软开关谐波补偿器的主电路拓扑。
Selection of DC chopper main circuit, hardware and software design of special purpose microcomputer are discussed.
对直流斩波器主电路如何选择专用微型计算机硬件和软件设计进行了讨论。
This paper presents the system design, control tactic and main circuit of control system for hot-dip galvanizing simulator.
主要介绍了热浸镀模拟试验机的系统设计、控制策略和重要回路。
This article analyzes the main circuit and control circuit of the welder, also points out the troubleshooting and solutions.
对焊机主电路和控制电路进行了解析，给出了常见故障的处置和维修方法。
The system adopted insulated gate bipolar transistor (IGBT) as its main circuit and pulse-width modulating (PWM) technology.
该系统采用IGBT（绝缘栅双极型晶体管）器件，PWM（脉宽调制）控制技术。
The main circuit and control circuit construction are introduced, the filtering principle and control strategy are discussed.
介绍了综合电力滤波系统的主电路和控制电路，分析了滤波原理及控制方法。
The main circuit and driving circuit of X-ray detection machine controller are designed by use of IGBT inverter and related technology.
本文运用IGBT逆变及相关技术设计并实现了X射线探伤机控制器的主电路、驱动电路和控制电路。
The hardware design includes the SCR voltage regulating main circuit and the control circuit whose core is the PIC16C74 micro-controller.
系统的硬件设计包括晶闸管调压主电路设计和以PIC16C74单片机为核心的控制电路的设计。
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。
Two main problems in designing the main circuit of switching mode excitation controller are peek voltage and over current of switching device.
开关式励磁调节器主回路设计中需要考虑的两个主要问题是开关器件的尖峰电压和冲击电流。
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。
Next the design process of this power supply, which include the main circuit design, control and auxiliary circuit design, are introduced in detail.
接着详细介绍了电力操作电源的设计过程，包括主电路的设计以及控制电路的设计。
For IGCT or GTO, the overcurrent protection is generally implemented in the main circuit, which brings complex main circuit, high cost and great volume.
IGCT或者GTO的过电流保护一般在主电路中实现，使主电路复杂、成本高、体积大。
For IGCT or GTO, the overcurrent protection is generally implemented in the main circuit, which brings complex main circuit, high cost and great volume.
IGCT或者GTO的过电流保护一般在主电路中实现，使主电路复杂、成本高、体积大。
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