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Suitability of Thermoplastic Base Materials for PCB's

机译:热塑性基材对PCB的适用性

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Suitability of Thermoplastic Base Materials for PCB's The feasibility of metallization and structuring of thermoplastic materials opens a new interesting market with great potential : the 3-dimensional Molded Interconnect Devices (3D - MID). MIDs are 3-dimensional molded circuit carriers made of thermoplastics. This production innovation integrates electrical and mechanical functions on any spatially formed circuit carrier and can offer enormous advantages in comparison to conventional solutions in electronic production. But the use of thermoplastics also makes new requirements on the assembly of circuit boards, and the electrical, thermal and mechanical properties of various thermoplastic materials differ from epoxy resins. In the following paper, the results of different research projects are presented to evaluate the suitability of thermoplastics as a base material for circuit boards.
机译:热塑性基础材料对PCB的适用性热塑性材料的金属化和结构化的可行性打开了一个具有巨大潜力的新的有趣市场:3D模制互连器件(3D-MID)。 MID是由热塑性塑料制成的三维成型电路载体。这种生产创新将电子和机械功能集成在任何空间形成的电路载体上,与电子生产中的常规解决方案相比,可以提供巨大的优势。但是热塑性塑料的使用也对电路板的组装提出了新的要求,并且各种热塑性材料的电,热和机械性能与环氧树脂不同。在以下论文中,提出了不同研究项目的结果,以评估热塑性塑料作为电路板基材的适用性。

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