1) lumped inductance
集中电感，集总电感
2) lumped inductance
集中电感
1.
With the help of Electromagnetic Transient Program(EMTP),three 1000kV tower models that is lumped inductance model,single.
杆塔的准确模拟对特高压变电站反击侵入波幅值影响很大,为使其模拟计算结果更准确,建立了集中电感、单波阻抗和多波阻抗3种1000kV杆塔模型;针对1000kV变电站不同的运行方式,计算分析了雷电反击侵入波。
3) integrated inductor
集成电感
1.
A method for improving quality factor (Q) of integrated inductor on silicon;
一种提高硅集成电感Q值的方法
2.
This paper analyzes the parasitic effect of an integrated inductor in CMOS RF IC and the effect of the layout parameter on inductors quality factor Q .
分析了体硅 CMOS RF集成电路中电感的寄生效应 ,以及版图参数对电感品质因数 Q的影响 ,并通过Matlab程序模拟了在衬底电阻、金属条厚度、氧化层厚度改变时电感品质因数的变化 ,分析了不同应用频率时版图参数在寄生效应中所起的作用 ,得出了几条实用的设计原则并进行了实验验证 ,实验结果与模拟值符合得很好 ,表明此模拟方法与所得结论均可有效地用于指导射频 (RF)集成电路中集成电感的设
3.
High Q integrated inductors can be obtained at high frequencies with this kind of substrate,which has been proved by ASITIC simulator.
提出了背向选区腐蚀生长多孔硅的集成电感衬底结构。
4) Lumped Inductance Model
集中电感模型
1.
This paper describes three tower models of power transmission lines,namely lumped inductance model,single-wave impedance model and multi-wave impedance model.
介绍了输电线路的3种杆塔模型,即集中电感模型、单一的波阻抗模型和多波阻抗模型。
2.
The results of the new model and the traditional lumped inductance model, and single wave impedance model show that the traditional lumped inductance model ignores the movement of lightning wave on tower results in inexact outcomes in the UHV transmission system, and the single wave impedance model approximately regards tower as equal distributed pa.
新的杆塔模型与传统的集中电感模型、单一波阻抗模型相比,既计及了杆塔参数随高度的变化,又包含了波在杆塔上的运动过程,因此其计算准确度有很大提高。
5) full inductance cut-set
全电感割集
1.
At the circuit transient analysis,there it happens to be full inductance cut-set after the switching circuit.
在电路瞬态分析中会遇到换路后形成全电感割集的情况,由于此时换路定则失效,给确定复杂电路初始值带来困难。
6) integrated inductors
集成电感器
1.
The magnetic field of thin film spiral radio frequency integrated inductors of Monolithic Microwave Integrated Chips(MMIC) was simulated using fast fourier transform(FFT) method and Magnetic Mirror Image method.
应用磁镜像法和快速傅立叶变换 (FFT)法对单片微波集成电路 (MMIC)的薄膜平面射频集成电感器进行了电磁学模拟 ,并把模拟结果和有限元法 (FEM )模拟的结果[1] 进行了比较。
补充资料：电感器(见电感和标准电感器)
电感器(见电感和标准电感器)
inductor
diongon印电感器(inductor)见电感和标准电感器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条