1)DC-DC converterDC-DC变换器
1.Bifurcation phenomena in DC-DC converters;DC-DC变换器中的分岔现象综述
2.An improved sampled-data modeling and analysis method of PWM DC-DC converters;PWM DC-DC变换器的一种改进的采样数据建模和分析方法
3.Switched-Capacitor Step-up DC-DC Converter Based on PWM Control;一种基于PWM控制方法的开关电容DC-DC变换器
英文短句/例句
1.Switching Rule Based on Min-projection Strategy of DC-DC ConvertersDC-DC变换器的最小投影法切换律
2.Controller architecture optimization method for digitally controlled DC-DC converters数字化DC-DC变换器的控制器结构优化
3.Research of Sliding Mode Variable Structure Control for the DC-DC ConvertersDC-DC变换器滑模变结构控制的研究
4.Study on the Current Mode PWM DC-DC Converter with LDO Embedded;内嵌LDO的电流型PWM DC-DC变换器研究
5.Soft-Switching Bidirectional DC-DC Converters;软开关双向DC-DC变换器的研究
6.Research on LLC Resonant Half-Bridge DC-DC Converter;LLC谐振半桥DC-DC变换器的研究
7.Research on the Push-pull Full-bridge Bi-directional DC-DC Converter;推挽全桥双向DC-DC变换器的研究
8.The Design of Current Mode DC-DC Converter with PWM Controlled;PWM控制电流模式的DC-DC变换器设计
9.Research of An Inverter Using DC/DC Converter Topology;基于DC/DC变换器拓扑逆变器的研究
10.Study on Designing Observer for DC/DC Converter;DC/DC变换器状态观测器设计研究
11.High-speed motor inverter using DC/DC converter采用DC/DC升压变换高速电机逆变器
12.Research of DC/DC Converter Used in the Fuel Cell Power Generation System;燃料电池发电系统DC/DC变换器的研究
13.Research and Design of Low Loss DC/DC Converter;低功耗DC/DC变换器的设计研究
14.A Study of Bi-directional Full-Bridge DC/DC Converter Based on Digital Control;数字控制双向全桥DC/DC变换器的研究
15.Research on Three-level ZVS DC/DC Converter;ZVS三电平DC/DC变换器的研究
16.Research on LLC Series Resonant Full-Bridge DC/DC Converter;LLC串联谐振全桥DC/DC变换器的研究
17.The Research on Digital Control for DC/DC Converter Based on DSP;基于DSP的DC/DC变换器数字控制的研究
18.Research on Phase Shift Full Bridge DC/DC Converter with Current-Doubler Rectifier;移相全桥倍流整流DC/DC变换器的研究
相关短句/例句
DC-DC convertersDC-DC变换器
1.Study on stability of the voltage-mode DC-DC converters;电压反馈型DC-DC变换器的稳定性研究
2.Min-projection-strategy switching rules for DC-DC converters modeled as piecewise linear systemsDC-DC变换器分段线性系统的最小投影法切换律
3.Basic DC-DC converters were built as switched linear system models and the basic control characteristics, such as controllability and reachability, were presented which provided the basics of optimal control and other control methods in DC-DC converters.该文将电力电子电路视为一类混杂动态系统,尝试在DC-DC变换器控制系统研究中引入切换线性系统的概念和理论。
3)DC/DC converterDC/DC变换器
1.Design of the front DC/DC converter for grid-connected PV system;光伏发电系统中前端DC/DC变换器的设计
2.Design of Hybrid Integrated MODEL DC/DC Converter;混合集成DC/DC变换器模块设计
3.Research of a current-double-rectifier zero-voltage and zero-current-switching(ZVZCS) three level DC/DC converter;一种采用倍流整流电路的ZVS-ZCS三电平DC/DC变换器的研究
4)DC/DC convertorDC/DC变换器
1.Research on high-power Buck DC/DC convertor for fuel cell electric vehicle;燃料电池电动汽车用大功率Buck DC/DC变换器研究
2.Due to the special application environment,the on-board vehicle DC/DC convertor should provide such characteristics as small size,high power,high effciency and high resistance.由于车载DC/DC变换器的特殊应用环境,要求其具有小体积、大功率、高效率、高抗震的特点。
3.To improve the dynamic performance of time-varying nonlinear DC/DC convertor,a single neuron adaptive PID controller is designed by means of the neural network theory combined with the PID control theory.为解决传统PI控制对具有时变、非线性特性的DC/DC变换器动态控制性能不佳的问题,将人工神经网络与PID控制理论相结合,为DC/DC变换器设计了一种单神经元自适应PID控制器。
5)DC/DC convertersDC/DC变换器
1.The paper sets forth the scheme choice, circuit design and reliability design of high reliability, low ripple, double way dependent output DC/DC converters.阐述了高可靠性、低纹波、双路独立输出DC/DC变换器的方案选择、电路设计、可靠性设计及研制结果。
2.In conventional power electronic technology, controllers for DC/DC converters adopt analogy circuits to implement voltage control or current control.在传统的功率电子技术中,DC/DC变换器通常是采用模拟电路来实现电压或电流控制的。
6)DC-DC converterDC/DC变换器
1.Magnetic integration structure for two-stage DC-DC converters;一种适用于两级DC/DC变换器的磁集成结构
延伸阅读
AC-DC-AC-DC型开关稳压电路AC-DC-AC-DC型开关稳压电路AC-DC-AC-DC type switching voltage stabilizing circuits 对小功率的AC一DC一AC一IK!型稳压电路，可省去图中的集成驱动器，由集成控制器直接驱动。AC一DC一AC一】兀型稳压电路组成的开关电源及模块，广泛应用于通信和其他电子设备中作为一次电源用。AC DC ACDCx一rlg伙019七Jo了1 wenyod旧z〕JLJAC一OC一AC一OC型开关稳压电路(AC一DC一AC一IX二type switehing voltage stabilizingcircuits)将交流电压通过整流滤波电路及DC一〔X)开关变换器，并借助反馈环节得到稳定直流输出电压的开关型稳压电路。其原理方框图如图所示。图中输人和输出端都加有噪声溥波器。电容滤波的全波整流电路中，开机时有一大的充电电流流过整流管。为了削弱该冲击电流，在AC一DC一AC一IX{型稳压电路中加人软起动电路。又因电容滤波的整流电路中电流失真很大，使功率因数很低。为了提高功率因数，通常采用功率因数校正技术。90年代以前，采用无源校正技术，只能对基波进行相移补偿或抑制某些指定的谐波。实际应用中，还受到体积、质量、价格等因素的限制。9。年代普遍采用高频有源功率因数校正技术。图中的有源功率因数校正电路实质上是一种升压式有源功率因数校正(b oost一PFC)电路(见DC一DC型开关稳压电路)。它可将稳压电路的输入电流波形变换为与输入电网电压同相位的正弦波，变换效率可大于98%。这样，可以降低线路损耗，节约能源，减小电网的谐波污染。┌───┐ ┌────┐┌─────────┐┌──┐│NF │ ┌───┐│ pFC ││ OC~O(: ││ 哪││，噪声│ │_整流 ││功率因数││ 变换器 ││噪声││健波 │ └───┘│ 校正 ││(含高频整流及滤波)││滤波││ │ │ │└─────────┘│ │└───┘ └────┘ └──┘ ┌─────┐ │ SS │ ┌─────┐ │软起动 │ │集成驱动器│ │ │ └─────┘ └─────┘ ┌─────┐ │集成控制器│ └─────┘ AC一1)C一AC一1)C型开关稳压电路原理方框图
