Multi-channel, high-density, ultra-low capacitance arrays for ESD and surge protection

D. Marreiro, S. Shastri, M. Liu, T. Keena, S. Khan, A. Salih, S. Etter, G. Grivna, J. Parsey, R. Ashton, S. Loo, R. Jones, L. Robinson, B. Buhrman, R. Hurley
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引用次数: 2

Abstract

A novel protection device providing ultra-low line capacitance and improved ESD (J. E. Vinson et al., 2003) and surge capability is presented. Applications include stand-alone protection arrays and integrated protection in baseband- or RF-filters. A proprietary epitaxial layer and isolation capability enable high levels of surge power handling capability, while keeping line capacitance low and reducing device footprint. The response of the device to ESD and surge stresses is investigated at wafer- and package-level. Process condition variations and derived structures are studied, along with a consideration of issues related to the measurement of capacitance, ESD and surge capability.
多通道、高密度、超低电容阵列,用于ESD和浪涌保护
提出了一种新颖的保护装置,提供超低的线路电容和改进的ESD (J. E. Vinson等,2003)和浪涌能力。应用包括基带或射频滤波器中的独立保护阵列和集成保护。专有的外延层和隔离功能可实现高水平的浪涌功率处理能力,同时保持低线路电容并减少器件占地面积。在晶圆级和封装级研究了器件对ESD和浪涌应力的响应。研究了工艺条件变化及其衍生结构,并考虑了与电容、ESD和浪涌能力测量相关的问题。
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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