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Development of Novel Low-Temperature Curable Positive-Tone Photosensitive Dielectric Materials with High Elongation

机译:高伸长率新型低温可固化正型光敏介电材料的研制

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Novel Low-temperature curable positive-tone photosensitive polyimides (posi-PSPIs) with high elongationhave been developed as dielectric layers for copperredistribution layers (RDLs). The posi-PSPIs show lowtemperature curable nature, strong adhesion to the copper RDLs and high chemical resistance for establishing multi RDLs by incorporating polyimides with cross-linkers and adhesion promoters. Also, posi-PSPIs are able to achieve the high elongation property by improving the base-polyimides, therefore, the posi-PSPIs' high reliability in packages have been demonstrated as the next generation materials for RDLs.
机译:具有高伸长率的新型低温可固化正型光敏聚酰亚胺(posi-PSPI)已被开发为铜分布层(RDL)的介电层。通过结合具有交联剂和粘合促进剂的聚酰亚胺,posi-PSPIs具有低温可固化性,对铜RDL的强粘合性和建立多RDL的高耐化学性。而且,posi-PSPIs可以通过改进基础聚酰亚胺来实现高伸长率特性,因此,posi-PSPIs在封装中的高可靠性已被证明是RDL的下一代材料。

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