Development of OE integrated surface mount packaging

Y. Kishida, Y. Kuba, R. Komeda, Takehiro Okumichi, Katsuhide Setoguchi, T. Matsubara
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引用次数: 1

Abstract

In an effort to provide a breakthrough in next-generation fiber optic data links, we are proposing a concept in optics and electronics (OE) integrated surface mount packaging technology. It can provide more compact and easier assembly of optoelectronics packaging. One assembly issue of surface mount packaging is being able to secure high bit rate transmission lines from board level to optics mount level as well as optical connectivity on the board. In this paper, we describe how a flat lead type surface mount package utilizing RF vias, which has broadband characteristics and provides high performance, low distortion of the pulse waveform, and low jitter, from active devices. For a demonstration, we evaluated actual EO modules using 2 mm length RF vias, enabling a receptacle such as an SC type to be attached. Measurement results of electrical/optical eye diagram tests were very close to the theoretical expectations. Therefore, we believe that the technology is a positive solution to develop downsizing and mass-productivity of optoelectronics packaging.
OE集成表面贴装封装的开发
为了在下一代光纤数据链方面取得突破,我们提出了光学和电子(OE)集成表面贴装封装技术的概念。它可以提供更紧凑,更容易组装的光电封装。表面贴装封装的一个组装问题是能够确保从板级到光学贴装级的高比特率传输线以及板上的光学连接。在本文中,我们描述了如何利用射频通孔的平面引线型表面贴装封装,该封装具有宽带特性,并提供来自有源器件的高性能,低脉冲波形失真和低抖动。为了演示,我们使用2mm长度的RF通孔评估了实际的EO模块,使插座(如SC型)能够连接。电学/光学眼图测试的测量结果与理论预期非常接近。因此,我们相信该技术是发展光电封装小型化和大规模生产的积极解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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