非线性电阻

基于ZnO非线性电阻的新型消弧消谐策略研究

Study on arc and resonance elimination strategy based on ZnO varistor

ZnO非线性电阻内部的微裂纹在老化中的作用

Effects of Interior Micro-cracks on the Aging of ZnO Nonlinear Varistors

SiC与高能型ZnO非线性电阻在灭磁与过电压保护方面的应用

The Application of SiC and High Energy ZnO Non-linear Resistor to De-excitation and Over-voltage Protection

中性点串单相PT的方式在消谐能力和全局性方面不如中性点串非线性电阻的方式。

Connecting nonlinear resistance is better than connecting single-phase PT in capability and entirety of ferroresonance elimination .

基于非线性电阻的RLC混沌电路实验分析

Experimental analysis of a RLC chaotic circuit based on nonlinear resistance

应用PSPICE软件分析压力传感器的非线性电阻电桥电路

Using the Program PSPICE to Analyze the Nonlinear Resistor Bridge Circuit of Pressure Sensors

单OTA非线性电阻电路的设计

Design of nonlinear single OTA resistive circuits

使用透射电镜、能谱、电子衍射等微观分析手段，对脉冲大电流冲击后的ZnO非线性电阻I-V特性蜕变现象进行了研究。

The high-energy impulse degradation of ZnO nonlinear resistors is studied by transmission electronic microscopy in conjunction with X-ray diffractometry and energy dispersive X-ray analysis .

氧化锌（ZnO）非线性电阻片是电力避雷器的核心工作元件，其微观电流分布的非均匀性导致其冲击能量吸收能力的下降。

ZnO varistors are key functional element of surge arresters . The nonuniformity of current distribution in microstructure of ZnO varistor leads to the decreasing of its impulse energy absorption capability .

阐述了发电机灭磁方式及氧化锌在灭磁装置中的应用实例，提出ZnO非线性电阻选用的计算方法。

The de-excitation mode and the application of zinc oxide to de-excitation device were described , the calculating method of selecting zinc oxide non-linear resistant was also presented in the paper .

本文对低压ZnO非线性电阻的性能和工艺进行研究。使用SEM观测元件截面，分析了不同元素在元件中的分布。

The property and process of low-voltage ZnO varistor were studied in this dissertation The section of specimen was observed by SEM and the distribution of some kinds of element was be analyzed .

在非线性电阻消谐方式下，正温度系数（PTC）热敏电阻和三次谐波滤波器可以较好地解决零序电压偏高的问题。

Positive temperature coefficient ( PTC ) thermistor and triple frequency harmonic filter can reduce zero sequence voltage when a nonlinear resistance is used to prevent ferroresonance .

线性工作模式下的光导开关可以用Pspice中的非线性电阻模型实现；

The linearity mode of PCSS can be modeled in Pspice using a time-varying resistance , the non-linearity mode only can be realized using numerical analysis .

运用图解法对非线性电阻网络运动方程进行消元和代入运算，以此确定其工作点、DP图和TC图。

The kinematic equations of the mon-linear resistance network are solved with graphic method by elimination and substitution in order toc determine the operating spot , DP chart and TC chart .

首先介绍了Chua电路及其特性，给出实现非线性电阻的一种电路；

In this paper , Chua 's circuit and its characteristics , as well as the circuit of realizing non-linearity resistance are firstly described ;

利用PSPICE程序结合非线性电阻模型来模拟压力传感器的电桥电路，可显示零点电漂移和热漂移特性。

The program PSPICE is used for simulating the bridge circuit of pressure sensor with the nonlinear resistor model to show properties of electric drift as well as thermal drift .

利用GRONWALL定理确定含有非线性电阻的动态电路唯一稳态

Determine the Uniqueness of the Steady State of Dynamic Circuit With Nonlinear Resistors by GRONWALL Lemma

提出的求解具有凸特性CPwL非线性电阻电路的神经网络方法，具有与常用电路分析软件相容的数据格式，且待求变量少，精度高，是一种可靠的求解方法。

A neural network method is presented to solve two terminal nonlinear resistive circuits .

在建模过程中，利用MAAIB软件包已有的理想开关模型，与一个非线性电阻串联，该电阻具有IGBT输出特性相同的输出特性，建立起IGBT的仿真模型。

IGBT model is built on an ideal switch block , which has been given in the MATLAB , and nonlinear resistor , which is in series with the ideal switch and has the same output characteristics with IGBT .

详细介绍了由DMX（磁场断路器）、DDL（电子断路器）和ZnO（非线性电阻）组成的冗余灭磁保护系统。

It presents redundant de-excitation protection problem , and introduces the system which is make up of DMX ( Machinery field breaker ) DDL ( Electronic break er ), and ZnO ( Nonlinear resistor ) in detail .

研究了碳纤维水泥基材料（CFRC）非线性电阻的伏安特性，并着重讨论了不同的碳纤维掺量和温度对CFRC材料电压-电阻关系的影响。

The voltage-current characteristic of nonlinear resistance of carbon fiber reinforced cement based composites ( CFRC ) was studied , and the influence of different carbon fiber contents and temperatures on the relationship of voltage and resistance of CFRC was discussed emphatically .

金属氧化物非线性电阻（MOV）结构不均匀性是影响其通流容量的关键因素，为保证产品质量必须在生产过程中对其每一阀片之均匀性进行测验。

The inhomogeneity of Metal Oxide Varistors ( MOV ) is a key factor that influences its discharge capacity . In order to guarantee the quality of the product , it is necessary to test the homogeneity of every element during the process of the production .

金属氧化物非线性电阻小电流区等值电路研究

On the Equivalent Circuit for MOV in a Low Current Region

二次物理分解法&一种大规模非线性电阻网络的并行分析方法

Twice Physical Partitioning-A New Parallel-Analysis Method of Large Nonlinear Resistive Networks

用非线性电阻做超导磁体移能电阻的分析计算

Analysis and calculations of ENERGY-REMOVAL non-linear resistance for superconducting magnet protections

T型非线性电阻网络功率转移图的图解法

The Illustration of Power - Transferring Diagram of T-Type Nonlinear Resistance Network

氧化锌非线性电阻片无机侧面绝缘层的研究

Study on inorganic side insulating coatings of zinc oxide varistors

非线性电阻电路解的存在性及唯一性定理的一种证明

Alternative Proof of the Existence and Uniqueness Theorems for Nonlinear Resistive Circuit

氧化锌非线性电阻片微观结构及特性对电流分布的影响

Influences of the microstructure on current distribution in ZnO Varistors

大型发电机组非线性电阻灭磁研究

Study on Huge-scale Synchronous Generator De-excitation Based on Non-linear Resistance