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Cost-effective laminate materials made by continuous lamination using thermosetting polymer alloys (TPA) for microwave and high speed applications

机译:通过使用热固性聚合物合金(TPA)进行微波和高速应用,通过连续层压制成的经济高效的层压材料

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Utilizing continuous lamination techniques, new materials are being developed to meet demanding market requirements. Laminates produced using Thermosetting Polymer Alloys (TPA) are cost effective products that can be employed in RF and microwave applications. A family of unique products has been developed that provide various solutions for microwave applications with electrical, mechanical, thermal and processing characteristics that surpasses competitive products. Today's high-speed electronic products also require cost-effective materials to enable timely market penetration and sustained growth through subsequent cost reductions. The technical demands for these products have seen operating frequency increase or data transmission rates increase to a point that high performance circuit laminate must be employed to create reliable performance for the consumer. Until very recently, those applications requiring high performance laminate materials had few options. Even with some of these existing material options, laminate premium could be as high as 3-10 times and fabrication techniques required could multiply the costs even further.
机译:利用连续层压技术,正在开发新材料以满足苛刻的市场要求。使用热固性聚合物合金(TPA)生产的层压材料是可在RF和微波应用中使用的具有成本效益的产品。已经开发出一个独特的产品系列,为微波应用提供各种解决方案,具有超越竞争产品的电气,机械,热和加工特性。今天的高速电子产品还需要具有成本效益的材料,以通过随后的成本降低来实现及时的市场渗透和持续增长。这些产品的技术要求已经看到工作频率增加或数据传输速率增加到必须采用高性能电路层压板的点来为消费者创造可靠的性能。直到最近,那些需要高性能层压材料材料的应用有很少的选择。即使使用这些现有材料选项中的一些,层压材料溢价也可能高达3-10次,并且所需的制造技术可以将成本乘以进一步。

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