Local discharging would damage the metallized layers, dielectrics and metal-coating terminals of the metallized film capacitors; therefore, reduce their life.
局部放电现象会给金属化有机薄膜电容器的金属化层、介质及喷金端面产生不良影响,影响电容器寿命。
As viewed from the present situation of the factory, technical status quo of film capacitors in China is concerned.
介绍“八五”期间国营第７９４厂在技术引进和新品研制方面取得的显著成绩，联系该厂的技术进步论及我国有机薄膜电容器的技术现
Selfhealing mechanism and improvement of reliability of metallized film capacitors.;
金属化有机薄膜电容器的自愈机理及可靠性设计
Analysis of film capacitor's performance on inverter welding machine
逆变焊机选用薄膜电容器的性能分析
The paper introduces the application of current pulses to test film capacitors and a practical study of a pulse generator.
脉冲性电流经常作为测试薄膜电容器内部连接强度的一种方法应用在电容器上。
This paper analyzes the Situation and development trend of domestic and foreign capacitor markets while giving emphasis to the mentioned market situation and development trend of film capacitor with a representative type of polyester and polypropylene.
介绍了国内外电容器市场态势和发展趋势,重点阐述了以聚酯和聚丙烯为代表的薄膜电容器的国内外市场状态和发展趋势,着重分析了聚酯电容器与电容膜的特性及应用,并与聚丙烯作了比较,以及聚酯电容膜在节能灯和片式化、小型化电容器领域的应用前景。
Application of CAD technology to plastic film capacitors
cad技术在有机薄膜电容器中的应用
organic film capacitor
有机薄膜介质电容器
Analysis of film capacitor's performance on inverter welding machine
逆变焊机选用薄膜电容器的性能分析
metallized mylar capacitor
金属化聚酯薄膜电容器
parylene film capacitor
聚对二甲苯薄膜电容器
film dielectric variable capacitor
薄膜介质可变电容器
stacked plastic film capacitor
叠片塑料薄膜电容器
Analysis and Practice on Substituting Film Capacitor for Aluminium Electroytic Capacitor
用薄膜电容器替代铝电解电容器的分析与实践
VOLTAGE CONTROLLED COLOR VARIABLE ORGANIC THIN FILM EL DEVICE
电压调节变色的有机薄膜电致发光器件
Study of Si-based Ferroelectric Capacitors with Ni-Al Film;
含Ni-Al薄膜的硅基铁电电容器研究
IR Mechanism of Film Capacitors with Series Construction
内串式薄膜电容器绝缘电阻探测技术
Study of the Properties and Mechanism of Organic Thin Film Electroluminescent Devices;
有机薄膜电致发光器件特性及机理研究
A common structure for capacitors is two sheets of metal foil separated by sheets of plastic or paper dielectric and formed into a roll.
电解电容器、纸介电容器和塑料薄膜电容器不适合用于高频去耦。
The reasons of high voltage organic dielectric capacitor should not available to be metallized are analyzed in the paper, including high energy, polarization thin film and high loss.
说明了高压有机介质电容器不宜采用金属化的三个原因:能量高、化膜薄、耗大。
Dye Doped Red Organic Thin Film Electroluminescent Devices
染料掺杂的红色有机薄膜电致发光器件
Study of Charge Carrier Transport in Organic Semiconductor Thin-film Devices;
有机半导体薄膜器件中的电荷输运研究
Electroluminescence characteristics of organic thin film pumped by photoluminescence
光致激励的有机薄膜器件的电致发光特性
polyethylene terephthalate film condenser
聚对苯二甲酸乙酯薄膜电容器