Study on Working Electrolyte of High-Voltage Wet Tantalum Capacitor

高压 液体 钽 电容 器工作电解质的研究

Influence of Capability of Ta_2O_5 Dielectric Film on Performance of Wet Tantalum Electrolytic Capacitor

Ta2O5介质膜性能对 液体 钽 电容 器性能的影响

In this work the influence of organism on breakdown voltage and conductance of electrolyte of wet tantalum capacitor was investigated .

研究了有机物对 液 钽 电容 器工作电解质闪火电压及电导率的影响。

High voltage-low ESR working electrolyte used in 160V / 1 μ F wet tantalum electrolyte capacitor is emphatically studied in the paper .

本论文重点研究适合于高压小容量（160V/1μF）低ESR 液体 钽电解 电容 器使用的工作电解质。

The surface microstructure of anodic tantalum core was analyzed by scanning electron microscope ( SEM ) and then analyzed the failure mechanism of wet tantalum capacitor .

利用扫描电子显微镜（SEM）分析了阳极氧化后及产品失效后阳极钽芯表面介质膜的微观结构，并对 液 钽 电容 器失效机理进行了探讨。

Shells of wet tantalum capacitor by deep drawing have been unable to meet quality requirements because the seizing tumour appears easily during deep drawing .

纯 钽 板通过深拉深 制成 的 液体 全 钽 电容 器外壳在国内一直不能满足质量要求，主要原因是由于 钽 板在深拉深时极易产生粘结瘤。

Analysis of ESR property of high-voltage ( 160 V ) wet tantalum electrolytic capacitor

高压 160V 液体 钽电解 电容 器ESR性能的分析

If active filter circuit is adopted wet tantalum capacitor will face test of high voltage and high frequency .

一旦采用有源滤波电路， 钽 电容 器将面临高压和高频性能的严峻考验。

A New Hermetically Sealed Wet Tantalum Capacitor

新型全密封 液体 钽 电容 器

Under the instruction of the theories we developed the working electrolyte that used for 160 V / 1 μ F 160 V / 47 μ F wet tantalum capacitor by using orthonormal experiment full factor design method .

并在理论的指导下采用正交试验，全因素设计法，研制出160V/1μF、160V/47μF 液体 钽 电容 器工作电解质配方。