电容器

基于DSP的超级电容器组充电管理系统

Charge manage system of ultra capacitor groups based on DSP

MIS电容器的平带电容的计算

Computation of flat-band capacitance CFB of MIS capacitor

复杂3D寄生电容器的虚拟多介质切割

Virtual-Cutting Method for Parasitic Capacitors with Complex 3D Structures

可控串补电容器非线性H∞鲁棒控制器的设计

The Design of Nonlinear H_ ∞ Robust Controller for Thyristor Controlled Series Compensator

以Ni（OH）2和活性炭为正负极组成复合电化学电容器。

Hybrid supercapacitors were fabricated using Ni ( OH ) 2 positive electrodes and activated carbon negative electrodes .

MSOS电容器的研制及其C－V特性分析

Preparation and Search of MSOS Capacitor and Its Analyses of C-V Characteristic

Si3N4膜对MOS电容器存储时间影响的研究

Influence of Si_3N_4 Film on Storage Time of MOS Capacitor

中温烧结（Ba、Sr）TiO3电容器陶瓷

The low-temperature firing on ( ba , sr ) tio_3 ferroelectric capacitor ceramics

退火温度对PZT薄膜电容器性能的影响

Effect of Annealing Temperature on the Properties of PZT Thin Film Capacitors

射频MEMS压控电容器

RF MEMS Voltage Control Capacitor

目前，钽电容器正向着高压、低ESR的方向发展。

Currently , high voltage-low ESR is a developing trend of the tantalum capacitor .

全桥ZVSPWM电容器充电变换器

Full Bridge ZVS PWM Capacitor Charging Converter

采用不同掺杂方式的导电性聚合物（n型或p型）作为电极材料使相应的超级电容器分为3种基本类型，这3种类型的超级电容器各具有不同的导电结构及特性。

According to the electrode materials of different polymers obtained by different doping methods ( n or p ), supercapacitors can be classified into three types and possess different conductive structures and characteristics .

纳米掺杂剂中Mn离子对BaTiO3基多层陶瓷电容器瓷料的影响

Effect of Mn ion in nano-dopant on batio_3-based dielectrics for multilayer ceramic capacitor

该装置采用过零固态缝电器（SSR）作为电容器的投切开关。

Zero-cross solid state relay ( SSR ) is used as the switch to switch on or off the capacitors .

BST基中高压电容器陶瓷

BST Ceramics for Middle-high Voltage Capacitors

此外新的SPE体系表现出其他许多独特性质，正好满足高温长寿命型铝电解电容器对电解液的要求。

Additionally the unique properties of the new systems meet exactly with the requirements of long life aluminum electrolytic capacitors .

高压（160V）低ESR液体钽电容器工作电解质的研究

Study of Working Electrolyte of High Voltage ( 160V ) Low ESR Wet Tantalum Capacitors

PF与PVB共混炭化制备双电层电容器用多孔炭材料的研究

Study on the performance of porous carbon prepared by carbonization polymer blends made of PF and PVB and for the EDLC

以微波为热源，优质无烟煤为原料，KOH为活化剂制备超级电容器用高比表面积活性炭电极材料。

Using microwave as the heat source , anthracite as the raw material , KOH as catalyst to prepare supercapacitor with activated carbon .

通过选取电极材料、气氛控制和温度控制等，对以Ni为内外电极的多层片式瓷介电容器的制作工艺已经成功在实验室得到验证。

Through to select the electrode material , ambience control and temperature control etc , to succeeded to get the verification in the laboratory to manufactory technology of BME-MLCC with Ni inner and termination electrode .

采用蚀坑法、EBSD微取向分析和X射线法等手段，对稀土电解电容器用铝箔制备过程中的织构演变规律进行了研究。

The evolution rule of the rare earth aluminum capacitor foil preparation process was investigated by means of bit etching , EBSD micro orientation analysis and X-ray method .

10kV真空断路器弧后延时重击穿过电压及其对电容器绝缘影响的研究

Effect of Overvoltage by NSDD on Insulation of Capacitor in 10 kV Vacuum Circuit Breakers

超级电容器用RuO2/碳微线圈材料的研制

Preparation of RuO_2 / carbon micro-coils materials for supercapacitor

TCNQ复合盐型铝固体电解电容器已有引线式和片式两种类型。

There are two kinds of solid aluminum electrolytic capacitors , chip type and lead type .

将神经网络技术（ANN）与遗传算法（GA）相结合对交指电容器（IDC）进行了分析与设计。

In this paper , a novel approach combining artificial neural network ( ANN ) and genetic algorithms ( GA ) to analyze and design interdigital capacitor ( IDC ) is described .

采用空气中的一次烧成工艺，研究了氧化温度对SrTiO3.晶界层电容器试样的介电常数ε、绝缘电阻率p及介质损耗tgδ的影响；

The effects of oxidizing temperature on the dielectric constant ε, resistivity p and loss factor tg δ 5 of SrTiO_3 boundary layer capacitors single-fired in air were investigated .

500kV临汾变电站并联电容器组

500 kV Substation Parallel Capacitor Sets

中温烧结COG-JT-600L型多层陶瓷电容器（MLC）组成的研究

Study in a medium-burned multilayer ceramic capacitor ( mlc ) composition of cog-jt-600l

铝电解电容器是有限寿命的元件，其预期寿命常用Arrhenius模型和Eyring模型来估算。

Aluminum electrolytic capacitors are limited-life components . Their expected life is commonly acquired by Arrhenius model and Eyring model .