passive circuit
英 [ˈpæsɪv ˈsɜːkɪt]
美 [ˈpæsɪv ˈsɜːrkɪt]
无源电路
双语例句
- These passive circuit elements, as they are often called, are of three main types.
通常所说的无源电路元件有三种主要类型。 - The Research on the Modeling Method of High Frequency Passive Circuit Model for the Potential Transformer
电压互感器高频无源电路模型建立方法研究高频电路，载波电话通路 - The equivalent transformation of passive circuit and active circuit are studied.
研究无源电路和有源电路的等效变换的方法。 - Inductive iron core is essential to passive power-factor correction circuit ( PFC). The selection of inductive material is a key factor which has influence on the performance of PFC.
电感铁芯是PFC电路中不可缺少的器件，电感材料的选择是影响PFC电路性能的关键因素之一。 - Simplified Design Method for Power MOSFET Passive Driving Circuit
MOS无源驱动电路的简化设计方法 - Study on Passive Snubber Circuit with Energy Recovery for Power MOSFET
功率MOSFET馈能式缓冲电路的研究 - Single-photon Avalanche Detector with Passive-active Quenching Circuit
单光子雪崩二极管的被动主动混合抑制技术 - A passive snubber circuit with constant energy recovery ratio for high power inverters
一种具有恒定能量回馈的吸收电路 - The solid-state current and voltage relays with passive solid-state circuit
无源厚膜电路构成的静态型电流和电压继电器 - Application of Equivalent Transformation in Calculation of Single-loop NFB Passive Circuit
等效法在单环无源负反馈电路计算中的应用 - Moreover, the structure of passive driving circuit and active driving circuit were summarized, and it is considered that the active driving OLED would be the terminal results.
此外，对获得彩色显示的无源驱动电路和有源驱动电路的结构进行了总结，认为有源驱动将是最终发展结果。 - Current Status of Embedded Passive Printed Circuit Board Materials in United States
美国埋入无源元件PCB材料的现状 - Passive Infrared Switching Circuit and Its Application
被动式红外开关电路及其应用 - This paper gives a brief exposition of the application of ballanced bridge principle and simplified calculating methods of the symmetrical circuit in calculating the equivalent resistance in linear passive complex resistance circuit.
本文扼要地论述了计算线性无源复杂电阻电路等效电阻时平衡电桥原理的应用和对称电路筒化计算的若干技巧。 - A Novel ZVZCS Converter Using Passive Clamp Circuit
一种采用无源钳位电路的新型零电压零电流开关变换器 - Design of Parameter of an MHD Passive Power Conditioning Circuit
无源功率调节电路的参数设计 - Calculation of Passive Buffer Circuit Parameter
无源缓冲电路参数计算 - Passive Power factor correction circuit, two-stage and single-stage APFC circuits are researched, which applications are given by comparison of their performance.
对无源PFC电路、有源两级PFC电路和有源单级PFC电路进行了分析及性能比较，指出它们分别适用的场合。 - Embedding Passive Components in RF Circuit
在RF电路中嵌入无源元件 - Design of Double Forward Passive Lossless Snubber Circuit
双管正激无源无损缓冲电路的设计 - Analysis of Passive Amplifying Circuit for Low Field Magnetic Resonance Signal
低场磁共振信号无源放大电路的分析 - The result can be used as the reference for designing a passive power conditioning circuit.
其结果可作为无源功率调节电路设计的依据。 - On-chip passive components are important circuit elements that have great impact on the electrical performance of the circuits.
在毫米波集成电路中，片上无源元件是影响电路性能的重要元件。 - It has achieved obvious results. Firstly, this paper analyzes the design principles of lossless passive soft-switching, identified the position of zero-current inductors, zero-voltage capacitor of Buck-Boost lossless passive soft-switching circuit, and transient energy renewable reset sub-loop.
论文首先分析了无源无损软开关的设计规则，确定了Buck-Boost无源无损软开关电路中零电流电感、零电压电容位置以及暂态能量再生复位子回路，设计Buck-Boost软开关拓扑设计。 - The paper based on the need of task mainly studies two kinds of high power microwave passive circuit, the design of automated tuner and power divider.
本文在结合课题需要的基础上主要研究了两种大功率的微波无源器件，自动调配器和功率分配器的研究和设计。 - And a high-frequency simulation modeling circuit is established with them. Using SABER software simulates the circuit, analysis the effects of passive circuit parasitic, the IGBT collector of heatsink parasitic capacitance parameter to common mode interference and differential interference.
使用Saber软件模拟仿真，对比分析了电路中的无源寄生参数、IGBT集电极对散热片的寄生电容等参数对差模干扰和共模干扰的影响。 - The filtering was realized by passive low-pass filter circuit which made up the important part in the signal modulation circuit of the signal generator.
滤波由无源低通滤波器电路实现，无源低通滤波器是信号发生器中信号调理电路的重要组成部分。 - In view of the situation, for reducing switching loss, improving current trails of IGBT and improving the converter efficiency, a novel ZVZCS three-level DC-DC converter using passive clamp circuit is proposed.
针对这一情况，从减小开关损耗、改善IGBT电流拖尾和提高变换器效率的角度出发，本文提出了一种新型的具有无源钳位电路的ZVZCS三电平DC-DC变换器拓扑结构。 - Secondly, making use of the passive and no-destructive clamping circuit can increase the conductive angle, absorb the leakage energy and reuse, improve the efficiency of converter and at the same time the clamper can limit the drain-source voltage of switch.
然后，通过加入无源无损的箝位电路，增大输入电流的导通角、吸收漏感能量并且重新利用、提高变换器的效率、同时还能限制开关管的漏源电压。