电路元件

Moore定律正面临着挑战，即以硅材料为基础的集成电路元件尺寸正接近它的极限。

Modern electronics has to face the restrictions of Moore 's law when the feature size of silicon-based integrated circuit elements is approaching its limitation .

PCB的设计是在基于信号完整性分析的基础上，通过对集总电路元件（电阻、电容和电感）和传输线等进行等效、建模分析，从而把物理特性转化为电气模型。

PCB design is based on the signal integrity analysis , through the lumped circuit elements ( resistors , capacitors and inductors ) and transmission lines are equivalent , modeling and analysis , and thus the physical properties change into electrical model .

用自展模糊电磁系列推导精确的微带电路元件及微带天线CAD公式

Accurate CAD Formulas of Circuit Components and Antennas in Microstrip from a Bootstrapped Fuzzy EM Series

首先分析计时器的基本工作原理，根据常用CMOS集成电路元件设计计时器。

This paper analyzes timer 's rationale and with design the timer CMOS integrated circuit .

L－C裂相电路元件参数的计算方法

Method for Calculating Parameters of Splitting Phase Circuits

适用于TTL数字电路元件级设计的开关-信号理论

The Switch-Signal Theory for the Design of TTL Digital Circuits at Element Level

模糊电磁学是从建立在物理概念基础上的模糊起始式开始，通过严格的推导，得到实际电路元件精确的CAD公式，它含有1到2个任意常数。

Started with a physics based fuzzy formulation , the fuzzy EM does a rigorous derivation , built in with one or two arbitrary constants , and leads to an accurate CAD formula of a practical circuit component .

对PTC电阻建立了一个简单可行的电路元件模型，将此元件模型代替实际的PTC电阻在电路仿真软件中直接进行仿真。

The simple and feasible circuit component model for the PTC resistor was built , by which the practical PTC resistor is replaced to simulate directly in circuit simulation software .

它检测电容变化的频率范围为DC～30kHz，对寄生电阻、电容本质不敏感，既可以检测单边电容变化，也可以检测差动电容变化，而且很容易由分离电路元件实现。

This circuit is capable of detecting capacitances from DC up to 30 kHz . It is intrinsically immune to parasitic capacitances and resistances and is able to handle both single and differential capacitance and can easily be realized with discrete components .

本文介绍了8K型电力机车辅助变流器的特点、主电路元件参数及控制。

It is introduced here the characteristics , the parameters of the power circuit devices and the control method of the auxiliary converter of 8K electric locomotive .

本文推荐了三种电路元件（VCVS，CCCS，CCVS）的新零器模型，讨论了含有这种新模型的零器网络的伴随网络。

In this paper , the three new nullor models of circuit elements ( vcvs , cccs , ccvs ) are recommended . The adjoint networks of the networks with these new nullor models are explored .

零电流反激变换器电路元件参数的优化分析

Optimum Analysis on Zero Current Kickback Changer 's Circuit Component Parameters

罗仑兹混沌电路元件值与混沌图形研究

Researches in component values and chaotic waves of Lorenz circuits

一个电路元件储存电荷容量的单位。

A measure of the capacity of a circuit component to store charge .

有源电路元件的电接头。

The electrical connector of an active circuit component .

电子电路元件图形符号新标准

The Main Traits of Graphical and Symbolical New Standard for Electronic Circuital Elements

电路元件参数中心值与容差的优化设计

Optimal Design of Centering and Tolerance for Circuit Parameters

指导nM0S数字电路元件级设计的开关信号理论

Switch-Signal Theory for Guiding the Design of nMOS Digital Circuits at Element Level

电路元件引起的电路噪声

The noise of circuit caused by circuit element

关于电路元件参数容差分配的优化算法

The optimization algorithm for assignment circuit component tolerance

电流型变频器主电路元件参数计算

Calculation of Main Parameters of Current Source Inverter

同时，还提出了可用于探索和开发新的理想电路元件的方法和途径。

Also , a developmental approach for searching new ideal circuit elements is presented .

最后利用网络导纳参数的表达式，确定了本征电路元件参数。

Finally , the intrinsic circuit element parameters were determined using the admittance parameter expressions .

我认为，我们可以为你提供必要的电路元件

I think we may be able to supply you with some of the necessary circuitry

一种装有电路元件的插件板，可将它插入设备中。

A unit bearing circuit components which can be plugged into a piece of equipment .

群体组合法提高电路元件可靠性的分析

Reliability of circuit elements by redundancy method

我们发现电路元件之间的互感耦合效应对消相干的影响效果是很复杂的。

The influence on decoherence of the mutual inductance coupling between the circuit components is complicated .

非对称特性电路元件初始对称短路电流值

Asymmetric element initial symmetrical short-circuit current

全电动钟表机芯，不完整的（例如，缺少显示器或电路元件）

Fully electric clock or watch movement , incomplete ( e.g. , lacking display or circuit components )

通常所说的无源电路元件有三种主要类型。

These passive circuit elements , as they are often called , are of three main types .