Novel low temperature curable photo-sensitive insulator

T. Sakurai, Hikaru Mizuno, K. Okamoto, K. Inomata
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引用次数: 2

Abstract

This paper reports on our development of a low temperature curable photo-sensitive insulator. The design concept of our photo-sensitive insulator is based on a phenolic resin as the main component to perform good lithography and a polymeric cross-linker containing an epoxy functional unit. This polymeric epoxy cross-linker can decrease wafer stress by controlling the distance between cross-linked points with phenolic resin. Moreover, our photo-sensitive insulator contains naphthoquinone diazide (DNQ) compounds commonly used in positive tone resists. Through these concepts, our low temperature curable (around 200 °C) photo-sensitive insulator shows low residual stress (<;20MPa), low elastic modulus (<;1.8GPa), good chemical resistance and good lithography performance.
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新型低温固化光敏绝缘体
本文报道了我们研制的一种低温固化光敏绝缘体。我们的光敏绝缘体的设计理念是基于酚醛树脂作为主要成分,以执行良好的光刻和含有环氧功能单元的聚合物交联剂。该聚合物环氧交联剂通过控制与酚醛树脂交联点之间的距离来减小晶片应力。此外,我们的光敏绝缘体含有二叠氮化萘醌(DNQ)化合物,通常用于正色调电阻。通过这些概念,我们的低温固化(约200°C)光敏绝缘子具有低残余应力(< 20MPa),低弹性模量(< 1.8GPa),良好的耐化学性和良好的光刻性能。
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