固体钽电容器

这些高比容钽粉基本上能满足于高CV片式固体钽电容器的制作要求。

These powders are substantially able to meet the requirements of manufacturing high CV chip tantalum solid capacitors .

3固体钽电容器为极性电容器，不适宜在加反向电压条件下使用。

Solid tantalum capacitors are polar capacitor . Reverse voltage is not permissible .

讨论分析了烧结型固体钽电解电容器电容量C、损耗tgδ、阻抗Z与使用频率f的关系。

This paper analyzed the relation that the capacitance , consumption and impedance of a solid tantalum electrolysis capacitor varied with the frequency .

总之，本文以PEDT材料在固体钽电解电容器上的应用为背景，研究了其相关的机理和各种工艺条件，为有机钽电容器的研制提供了关键的先期研究基础。

This has provided an essential work for the further research on the organic tantalum capacitors and its manufacturing .

采用具有高导电率（1~500S/cm）、热稳定性好的导电聚合物PEDT（聚3,4-乙烯二氧噻吩）取代MnO）2，在固体钽电解电容器芯子上制作PEDT阴极层。

A high conductivity ( 1 ~ 500 S / cm ) and well thermal stability conductive poly ( 3 , 4-ethylenedioxythiophene ) ( PEDT ) was used as cathode material of tantalum electrolytic capacitors .

应用PPy-DEHS（2-（2-乙基己基）硫代丁二酸钠盐掺杂聚吡咯，溶剂为三氟乙酸）电解质装配的固体钽电解电容器具有较高的电容量和较低的损耗。

The capacitors prepared with PPy-DEHS ( PPy powder doped with di ( 2-ethylhexyl ) sulfosuccinate sodium salt ) electrolyte in trifluoroacetic acid show high capacitance and low tan δ .

固体钽电解电容器用导电浆中银粉的选择

Selection of Silver Powder Used in Conductive Paste for Solid Tantalum Capacitors

有机片式固体钽电解电容器制备工艺研究

Research on Production Process of Organic Solid-electrolyte Tantalum Capacitor

固体钽电解电容器研究发展趋势

The Research and Development on Solid Electrolytic Tantalum Capacitor

无引线片状固体电解质钽电容器的研制

To Make Chip Leadless Tantalum Capacitors with Solid Electrolyte

利用导电高分子研制了一种新型固体钽电解电容器。

A new type solid tantalum electrolytic capacitor with conducting polymer has been developed .

应用聚吡咯电解质的固体钽电解电容器

Tantalum Electrolytic Capacitors Using Polypyrrole Electrolyte

无极性固体钽电解电容器

Non-polarity solid tantalum electrolytic capacitor

该钽片在制造固体钽电解电容器中用作阳极。

The pellet is used as an anode in the manufacture of the solid tantalum electrolytic capacitors .

微小型固体烧结钽电容器

Miniature solid-sintered tantalum capacitor

简要地叙述了固体钽电解电容器高比容化、小型化趋势和生产高比容钽粉的方法。

The trend of high CV and miniaturization of solid tantalum electrolytic capacitors and the progress of high CV tantalum powder were briefly described .

叙述了聚吡咯电解质的制备过程，并比较了该电解质较传统电解质的特点，分析了聚吡咯电解质固体钽电解电容器的性能特征。

The preparation of polypyrrole electrolyte was introduced , the differences between polypyrrole and conventional electrolyte was compared , and the characteristics of tantalum electrolytic capacitors using polypyrrole electrolyte was analysed .

本文为进一步提高聚合物片式固体钽电解电容器性能，不断开发新的产品提供了重要研究基础，并为规模化生产提供重要参考。

Furthermore , this paper provide an important and valuable contribution to improve the performance of solid tantalum capacitors , and give a possible referenced work for new pattern devices and large-scale polymer chip tantalum capacitors production .