动力电路

光纤分布式温度监测系统在关键性动力电路中的应用

Application of Laser Fiber Distribution Temperature Monitoring System to Pivotal Power Circuit

屏幕显示动力电路电压、电流等参数。

The screen can show the parameters of the power : voltage , electric current and so on .

混合动力摩托车管理电路的设计

Design of Management Electric Circuit for Hybrid Motorcycle

2.（使）改用另一种动力（或电路等）所有汽油加油泵现在都已改成十进位显示了。

eg. All the petrol pumps have been switched over to show decimal values .

轮胎式起重机混合动力系统主电路的研究与设计

Study and Design on the Main Circuits of Hybrid Power Rubber Tired Gantry Crane System

通过对混合动力汽车充电电路的分析，引入了蓄电池等效内阻的概念。

The conception of storage battery equivalent resistance is introduced in this paper by analyzing the charge circuit in hybrid electric vehicle ( HEV ) system .

根据国内外相关资料，结合笔者的设计经验，对混合电动车的混合动力部分的电路及其安全设计提出了具体的措施和规范。

According to the relative information at home and abroad and combined with his own design experience , the author puts forward the detailed measures and rules for the circuit and its security of EV 's hybrid drive system .

随着以IT技术为先导的全球新经济时代的来临，作为信息产业基础和动力的集成电路已成为21世纪国民经济发展的支柱产业，战略重要性日益凸显。

Being the basis and the drive of the information industry , the Integrated Circuit ( IC ) has already become the industry cornerstone of the national economy development in the 21st century with approaching of the global new economy taking IT technology as the forerunner .

电动汽车动力电池充电器主电路设计部分包括PFC电路设计和DC-DC电路设计。

The main circuit design includes PFC circuit design and DC-DC main circuit design .

基于单片机的动力制动装置触发电路研究

Power Braking Trigger Circuit Study Based on Single Chip

本文应用机电耦合理论对剪力滞效应进行了量化分析，详细讨论了各种参数的影响，尤其是动力效应和测量电路的电阻对剪力滞效应的作用，并为减小剪力滞效应提出了一些建议。

In this paper , quantitative analysis of shear lag effect has been done based on the electromechanical coupling theory . The influences of various parameters are also discussed in detail including the dynamic effects and electric resistant of the circuit .

然而，这种系统还存在许多问题，如再生能被车轮滑行和拖车电压抵消，在高速范围电制动力降低，供电电路阻抗限定了再生功率。

However , there are a lot of problems associated with the system , such as regeneration being cancelled out by wheel slide and trolley voltage conditions , decreases in electric braking force in the higher speed ranges , and restrictions on regenerative power determined by power supply circuit impedance .

在分析动力电池在混合动力汽车行驶时的充放电工作过程的基础上，建立了一种镍氢动力电池等效电路及其动力电池的参数模型，提出了基于稳态开路电压和状态空间的SOC动态估算方法。

Moreover , on the basis of the analyzing the charging and discharging process of traction battery in running electric vehicles , a equivalent electric circuit of Ni-MH battery and its parameter model are proposed in detail .