Pulsed Bias-RF Power GaAs MMIC Testing

W. Pribble, R. Sweeney
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Abstract

Development of automated on-wafer test methods over the past few years has made possible the highly accurate characterization of both passive and low-power active microwave devices without the extra time, expense, and accuracy degradation introduced by packaging. Probes operating from dc to 65 GHz and enhanced calibration procedures such as the TRL method [ l ] have aided in construction of test systems that non-destructively characterize large quantities of microwave devices to quickly provide accurate statistical data.
脉冲偏置射频功率GaAs MMIC测试
在过去几年中,自动化晶圆上测试方法的发展使得无源和低功率有源微波器件的高精度特性成为可能,而无需额外的时间,费用和封装带来的精度降低。工作范围从直流到65 GHz的探头和增强的校准程序,如TRL方法[1],有助于构建非破坏性地表征大量微波器件的测试系统,以快速提供准确的统计数据。
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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