tantalum capacitor

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

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。

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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。

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The Influence Factor of the Liquid Tantalum Electrolytic Capacitor

液体钽电解电容器电参数的影响因素

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Miniature solid-sintered tantalum capacitor

微小型固体烧结钽电容器

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As an important electronic material for producing high quality tantalum capacitor, tantalum wire can usually be obtained by rolling, rotary forging and drawing in turn, but rotary forging has the disadvantage of high working intensity and low productivity.

细径钽丝作为一种制造高质量钽电容器的原料，通常需要经过轧制、旋锻及拉丝等工序才能获得，工人劳动强度大、生产效率低且质量不稳定。

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

利用导电高分子研制了一种新型固体钽电解电容器。

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The Quality of lead frame plating layer directly affects the solderability of tantalum capacitor, so its measuring methods are very important.

引线框架电镀层的质量直接影响着钽电容器的可焊性，所以引线框架电镀层质量的测定方法至关重要。

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Tantalum capacitor has fabulous capacitance, low breakdown rate and internal resistance. It has a developing trend in need.

液体钽电解电容器电容量大、不易击穿，且内阻低、体积小，需求量一直处于增长的趋势。

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

目前，钽电容器正向着高压、低ESR的方向发展。

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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。

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Tantalum capacitor has some advantages, such as small in size, large in capacitivity, high in reliability, long in life and is one of important electronic component in radar, aerospace vehicle, missile etc.

钽电容器体积小，容量大，可靠性高，寿命长，是雷达、宇航飞行器、导弹等不可缺少的电子元件之一。

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The Research and Development on Solid Electrolytic Tantalum Capacitor

固体钽电解电容器研究发展趋势

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In this paper, the basic constructure, operation principle and technical process of the three-location vacuum pre-sintering furnace for Tantalum capacitor are described. And the application of this equipment in Tantalum capacitor manufacture trade is introduced.

介绍了三工位片式钽电容器真空预烧炉的基本结构、工作原理及钽电容器阳极块真空预烧的工艺过程，并对该设备在片式钽电容器制造行业的意义进行了阐述。

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Recent Advances in the Research on the Tantalum Electrolytic Capacitor: Using Conductive Polymer for Counter Electrode

导电高分子钽电解电容器的研究进展导电高分子材料导电高分子

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Research on Production Process of Organic Solid-electrolyte Tantalum Capacitor

有机片式固体钽电解电容器制备工艺研究

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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。

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Columbium electrolytic capacitor has the advantage of better performance and lower price than tantalum electrolytic capacitor, therefor has a bright future.

铌电解电容器具有比铝电解电容器优越的性能，而价格比钽电解电容器便宜，在电解电容器领域颇有发展前途。

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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

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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

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We must make the break-down voltage to be satisfied at first, and then increase the electric conductivity of working electrolyte to decrease the ESR of tantalum capacitor, and improve its comprehensive electrical function.

在满足闪火电压的前提下，提高工作电解质的电导率，以降低钽电容器的ESR，改善其综合电性能。研究了电解质在Ta2O5介质膜界面处的分布状态及作用。

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Analysis on performances of niobium and tantalum capacitor

铌、钽电容器性能分析

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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

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Recent advances in tantalum electrolyte capacitor using conductive polymer for counter electrode are reviewed.

综述了导电高分子钽电解电容器的最新研究进展。

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Principle of operation of tantalum electrolytic capacitor is briefly introduced.

简述了钽电解电容器的工作原理。

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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。

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The Automatic Spot-welding Machine Controlled by PLC for Anode of Tantalum Capacitor

PLC控制的钽阳极自动点焊机

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A New Hermetically Sealed Wet Tantalum Capacitor

新型全密封液体钽电容器

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In this paper, we recommend the design of the PLC using in the control system for automatic spot welding machine for anode of tantalum capacitor.

介绍了钽电容器阳极自动点焊机控制系统的PLC设计。

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Manganese oxide layer forming is a critical technique in producing Tantalum capacitor.

被膜是钽电容器生产的关键工艺。

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If a chip tantalum electrolytic capacitor was used, the capacitance must be 127 μ F and 192 μ F, respectively.

如果用片式二氧化锰钽电解电容，则分别需要127μF和192μF。

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