VAR compensation has been proved an effective measure to reduce electric circuit loss and to increase working-system stable level.
无功补偿是提高系统运行电压、减小网损、提高系统稳定水平的有效手段。
Electric saver reduces circuit loss and voltage drop, and motor's iron and bronze loss, it finally reduces the wasting of the electric energy.
减少了线路的损耗和压降，以及电动机的铁耗、铜耗等，从而减少了电能的浪费。
The circuit loss rate is an important economical technical specification of power supply and it is a index to measure the enterprises management level.
线损率是供电企业的一项重要经济技术指标也是衡量企业综合管理水平的重要标志。
Firstly, this paper shows a method to detective the open circuit loss and the load loss of the there-phase power transformer online by operating the real-time voltage and current of the transformer.
首先，本文对三相电力变压器空载损耗、负载损耗在线检测理论进行了讨论和分析。
Produced in Germany sunshine battery electrolyte dry, thermal runaway, early capacity loss, internal short circuit, which seriously affect the reliability of power supply system. Have a data sheet.
产生了德国阳光蓄电池的电解液干涸、热失控、早期容量损失、内部短路等问题，进而严重影响到供电系统的可靠性。有资料表。
The inverter has the advantages of lower noise, lower loss, less volume, lighter weight, better output waveforms and without damping circuit.
这种逆变器具有噪音低、损耗小、重量轻、体积小，输出波形好且不需要吸收电路等优点。
The method of design high frequency transformer in half bridge inverter circuit is introduced exampled in detail, besides temperature rise and power loss are discussed.
依据一个半桥逆变电路的实例详细介绍了高频变压器设计的一般方法和步骤，并讨论变压器损耗和温升问题。
A novel low conduction loss circuit that can be used for power factor correction is presented in this paper.
本文给出了一种可用于功率因数校正的新型低通态损耗电路。
The circuit model for IGBT simulation is provided. The relationships between IGBT power loss and the switch frequency and between IGBT power loss and grid resistance are presented.
建立了IGBT电路仿真模型，给出了IGBT功率损耗与开关频率和栅极电阻阻值之间关系的仿真结果。
This paper introduces the characteristic of analogue switch MAX4624. gives the designing circuit of cutting down relay's power loss, it 's work principle and the methods of selecting components.
本文介绍了MAX4624模拟开关的基本特性，给出了利用模拟开关降低继电器功耗的设计电路，并说明了其工作原理及元器件的选择方法。
Compared with traditional phase shifter, MEMS phase shifter has many advantages, such as, broadband, low loss, low cost, miniaturization, circuit integration.
与传统的移相器相比，MEMS移相器具有频带宽、损耗低、成本低、微型化、易于集成等优点，在微波电路中具有广泛应用前景。
On this basis, from the circuit theory, a loss allocation method using imputation components of dissipation power is proposed.
在此基础上，本文从电路理论出发，推导出一种基于耗散功率转归分量理论的电网损耗分摊的新算法。
The novel output filter owns the advantages of simple circuit structure, easy realize, strong ability of surge suppressing and low loss.
该输出滤波器具有电路结构简洁、易实现、振荡抑制效果明显、损耗低等优点。
This method meets all the circuit laws, and makes all the network loss allocated to all consumers and generators, and takes into account the interactions between active and reactive powers.
这种方法满足电路定律、计及了有功和无功潮流的交叉耦合，使所有电源和负荷都参与损耗分摊。
Simulation by HSPICE is performed and it shows that the circuit possesses the character of lower loss, high reliability and high accuracy.
HSPICE模拟表明该设计电路具有低功耗、高可靠性和精确度高的特点。
To use continuous transposed conductor (CTC) on large transformer can reduce bad loss efficiently, and CTC with self-adhesion can also increase the ability of anti - short circuit of transformer.
大型变压器用连续换位导线(CTC)能有效地降低负载损耗，用自粘性的CTC还能增强变压器的抗突发短路能力。
This paper analyzes and researches a serious load loss accident arising from complex phase-to-phase grounding short-circuit fault.
分析和研究了一起复杂相间接地短路故障引起的大量负荷瞬间损失事故。
The energy is transferred to the output finally to reduce energy loss so as to increase efficiency of the whole circuit.
上述能量最终转移到输出，减少了能量损耗，从而提高了整个电路的效率；
Focus on the operating efficiency of power system in power electronics, analysis the loss of power devices of the main circuit to evaluate their energy consumption.
重点从电力电子的角度分析了其电力系统的运行效率，对系统主电路的功率部件逐个进行损耗分析，对其能量消耗进行评价。
This paper introduces the harmonic harm to the communication equipment and circuit in the telecommunications equipment building and active power loss that brought by the harmonic.
文章系统地分析了谐波对通信机房楼内设备、线路等造成的危害，以及谐波带来的有功损耗问题。
Therefore, under the circumstances, several requirements and measures are proposed for high-speed MOSFET driver circuit and reducing MOSFET HF loss.
因此，针对这种情况，提出高速MOSFET驱动器应具备的几点要求以及降低MOSFET高频开关损耗的几项措施。
What how to improve the configuration of transformer in order to reduce loss, noise, partial discharge, leakage level and anti-short circuit capacity are introduced in this paper.
本文着重介绍如何改进变压器的结构以降低损耗、噪音、局放、渗漏水平及提高抗短路能力。
Since the novel low-loss passive snubber circuit is used, the low current and voltage stress, low energy loss and high efficiency properties are achieved.
由于采用了一种新型的低损耗无源缓冲电路，开关管和主二极管的电流电压应力较小，并降低了能量损耗，提高了工作效率。
To achieve the standby mode system operations, the Tinyswitch flyback converter which features low no-load loss is used for the auxiliary power circuit.
在辅助电源方面，采用低空载损耗之返驰式转换器架构，提供待机模式下所需之系统电源。
In the light of the new design, Lumileds companies have 18 red led light source, including the loss of circuit, a total power consumption of 14 watts to generate the same optical effect.
而在新设计的灯中，Lumileds公司采用了18个红色led光源，包括电路损失在内，共耗电14瓦，即可产生同样的光效。
The paper introduces measurements about dielectric constant and tangential loss angle of a group of good function and high frequency printed electronic circuit plate with microstrip circuit.
介绍了利用微带电路来确定一组高性能、高频印刷电路板材料的介电常数和损耗角正切的方法，且给出了一组印刷电路板材料的特性测量值。
In the light of the new design, Lumileds companies have 18 red led Lighting source, including the loss of circuit, a total power consumption of 14 watts to generate the same optical effect.
而在新设计的灯中，Lumileds公司采用了18个红色led光源，包括电路损失在内，共耗电14瓦，即可产生同样的光效。
When the reactance value of current limiting reactor is selected, the short circuit current should be limited within the specified value and the voltage loss should not be too much.
限流电抗器电抗值选择时既要将短路电流限制到规定值，又不能使电压损失过大。
NCP1205 is applied to the interleaving paralleled backward circuit to reduce the switch tube power loss and output voltage ripple, to enhense the circuit efficiency.
文中介绍了NCP1205的工作原理和主要特点，并将其应用于交错并联反激电路中，大大减小了开关管的开通损耗，减小了输出电压纹波，提高了电路效率。
In this paper different silicon-based materials of optical waveguide and its loss characteristics are introduced, with focus on silicon-based optic electronics integrated circuit (OEIC).
以硅基光电集成回路为主线，综述了不同的硅基光波导材料的制备技术和硅基光波导的制作工艺及其对光传输损耗的影响。
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