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Gold wire bonding onto flexible polymeric substrates

机译:金丝键合到柔性聚合物基材上

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摘要

Copper clad polymeric materials were examined as potential substrates for wire bonded chip-on-flex circuits. New thermoplastic flex and a PTFE/woven glass substrate were evaluated along with polyimides using high temperature copper laminate adhesives and adhesiveless constructions. Initial wire bond pull tests indicated all the materials were suitable for high temperature gold wire bonding. Similarly, conventional glob top encapsulants were found to adhere to each of the thirteen substrates tested; experimental UV curable glob top materials were found to adhere well to polyester and PTFE substrates, but not to polyimides or polyether imides.
机译:研究了覆铜聚合物材料作为挠性引线键合芯片上电路的潜在基材。使用高温铜层压板粘合剂和无粘合剂结构,对新型热塑性挠性材料和PTFE /机织玻璃基材以及聚酰亚胺进行了评估。最初的引线键合拉力测试表明,所有材料均适用于高温金线键合。类似地,发现常规的球形顶部密封剂可粘附到所测试的13种基材中的每一种上。发现实验性的可紫外光固化的球面材料可以很好地粘附到聚酯和PTFE基材上,但不能很好地粘附到聚酰亚胺或聚醚酰亚胺上。

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