New Integration Technology for PbTe Element

Chunquan Long, Yong Yan, Jianzhong Zhang, B. Ren, Zeshen Wang
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引用次数: 4

Abstract

The paper reports a new technology for integration of PbTe elements. In traditional procedure, the first step is to prepare PbTe materials, then to bond them together with electrodes. We press the PbTe powder together with the powder of electrode and buffer materials by powder metallurgy after PbTe alloy was prepared, and obtain the elements directly. The paper described the technical process in detail. The authors prepared some samples of N-type PbTe elements using the technology. The electrode, buffer, PbTe material and their interfaces of the prepared samples are characterized by SEM and ED. The contact resistances have been measured and compared with the sample prepared by traditional technology. The results indicate that the proposed technology is easy, economic and feasible. It may simplify preparation process of PbTe elements, reduce the times PbTe materials suffered at high temperature and decrease the contact resistance
PbTe元件集成新技术
本文报道了一种集成PbTe元件的新技术。在传统程序中,第一步是制备PbTe材料,然后将它们与电极粘合在一起。在制备出PbTe合金后,采用粉末冶金方法将PbTe粉末与电极粉末、缓冲材料粉末一起压制,直接获得元素。本文对工艺流程进行了详细的描述。利用该技术制备了n型PbTe元素样品。用SEM和ED对所制备样品的电极、缓冲液、PbTe材料及其界面进行了表征,测量了接触电阻,并与传统工艺制备的样品进行了比较。结果表明,该工艺简单、经济、可行。它可以简化PbTe元素的制备工艺,减少PbTe材料在高温下的承受次数,降低接触电阻
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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