在光子和射频应用中使用预模引线框架腔封装技术

A. Longford, B. Radloff
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引用次数: 3

摘要

Opto“光子”和射频技术在硅基芯片解决方案中的发展,正在创造对更小、更具成本效益的解决方案的需求,以容纳设备。各种型腔封装选择的供应商现在正在开发新的设计,以满足这些新兴行业产生的成本和批量生产需求。基于陶瓷的部件正在开发,以提供更多的功能,并满足批量生产设备的需求。LTCC部件可以提供内置电路匹配并快速定制。然而,具有预镀引线框架的热塑性模具化合物以低成本提供了最可行的批量采用解决方案。特定应用封装设计的新方法用于展示如何将功能与环境相匹配可以提供新颖的外壳解决方案,但在“塑料”封装中提供更高性能特性(如传热和密封性)的能力仍然是射频和光学器件面临的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The use of pre-molded leadframe cavity package technologies in photonic and RF applications
The development of both Opto "photonic" and RF technology into silicon based chip solutions is creating a demand for smaller, more cost effective solutions to house the devices. The suppliers of various cavity package options are now developing new designs to meet the cost and volume production demands generated by these emerging industries. Ceramic based parts are being developed to provide more features and to match the needs of volume production equipments. LTCC parts can provide built-in circuit matching and are quickly customised. However, Thermoplastic mold compounds with pre-plated leadframes offer the most viable solutions for volume take-up at low cost. New approaches to design of application specific packages are used to show how matching function to environment can provide novel housing solutions but the capability to provide higher performance characteristics such as heat transfer and hermeticity in 'plastic' packaging remains the challenge for both RF and optical devices.
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