High Temperature Properties of Solid Tantalum Chip Capacitors

D. Thompson, S. Gunnala
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Abstract

The use of tantalum chip capacitors in conjunction with hybrid circuitry requires stable capacitor characteristics that will withstand the stresses of component attachment, testing, and circuit operations. A line of miniature tantalum chip capacitors is discussed with emphasis on materials, constructional methods, and resultant performance of the devices under environmental and operational conditions. Results of exposure to high temperature attachment conditions are presented with details of impedance and dissipation factor characteristics as well as other traditional capacitor parameters.
固体钽片电容器的高温特性
在混合电路中使用钽片电容器需要稳定的电容器特性,以承受组件连接,测试和电路操作的应力。讨论了一系列微型钽片电容器,重点讨论了材料、构造方法以及在环境和操作条件下器件的最终性能。给出了高温附着条件下的测试结果,详细介绍了电容的阻抗和耗散系数特性以及其他传统电容参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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