首页> 外文会议>Microsystems,Packaging,Assembly Circuits Technology Conference,(IMPACT),2008 3rd International >Lighting Up Your Green Thought -Novel Research in Halogen Free Material Application
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Lighting Up Your Green Thought -Novel Research in Halogen Free Material Application

机译:点亮您的绿色思想-无卤材料应用的新研究

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Over these years, market trend and government regulation have lead to the introduction of halogen free material. As CCL supplier, we consider that the benefit of halogen free resin not only for environmental consideration but also enhance some particular characteristics for specific PCB application. We have developed a novel halogen free material. Except excellent thermal performance, we also develop some additional characteristic in this halogen free material, including lower and stabilized dissipation factor, better material thermal conductivity, higher flexural modulus and hardness. In this research, we demonstrate the electrical, mechanical, and thermal experiment to verify those unique benefits that new halogen free material has. In our experiment results, this new halogen free material performs a lower signal loss. It also has wider application for high frequency transmission to act as an alternative selection of lower loss base material. Also the hardness and thermal resistance of the new halogen free material still perform well in extremely high temperature environment. It can improve some process difficulties in thinner laminate or CSP application. In this environmental consideration moment, halogen free materials are not merely a slogan of "Halogen Free" but also need to observe where and what a comprehensive function besides present thinking modes.
机译:这些年来,市场趋势和政府法规已导致引入无卤材料。作为CCL供应商,我们认为无卤树脂的好处不仅出于环保考虑,而且还增强了特定PCB应用的某些特殊特性。我们开发了一种新型的无卤素材料。除了出色的热性能,我们还在这种无卤素材料中开发了一些其他特性,包括更低和稳定的耗散因数,更好的材料导热性,更高的弯曲模量和硬度。在这项研究中,我们演示了电气,机械和热学实验,以验证新型无卤材料具有的独特优势。在我们的实验结果中,这种新型的无卤素材料具有较低的信号损耗。它在高频传输中也有更广泛的应用,可以作为低损耗基础材料的替代选择。而且,这种新型无卤素材料的硬度和耐热性在极端高温环境下仍然表现良好。在较薄的层压板或CSP应用中,它可以改善一些工艺上的困难。在这个考虑环境的时刻,无卤素材料不仅是“无卤素”的口号,而且还需要观察除目前的思维方式之外,全面的功能在哪里和什么。

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