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Advanced Materials for Optoelectronic Packaging

机译:光电包装的先进材料

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摘要

What are the new and advanced packaging materials available for optoelectronics and MOEMS/MEMS? Materials impact performance, reliability, weight, manufacturability and cost. A variety of new advanced composite and monolithic materials are now available that provide great advantages over those traditionally used in microelectronic, optoelectronic, micro-op-to-electro-mechanical (MOEMS) and micro-electro-mechanical (MEMS) packaging, including: 1. Thermal conductivities ranging from extremely high thermal (up to more than 4 x that of copper) to extremely low. 2. Tailorable coefficients of thermal expansion (CTEs) from -2 to +60 ppm/K. 3. Electrical resistivities ranging from very low to very high. 4. Extremely high strengths and stiffnesses. 5. Low densities.
机译:有什么新的和先进的包装材料可用于光电和MOEMS / MEMS?材料会影响性能,可靠性,重量,可制造性和成本。与传统用于微电子,光电,微光电(MEMS)和微机电(MEMS)封装的传统封装材料相比,现在可以使用多种新型的先进复合材料和整体材料,这些材料具有很大的优势,包括: 1.导热率范围从极高的导热性(高达铜的4倍以上)到极低的导热性。 2.可调节的热膨胀系数(CTE)从-2到+60 ppm / K。 3.电阻率范围从非常低到非常高。 4.极高的强度和刚度。 5.低密度。

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