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A Novel Hybrid-Channel Attenuation Measurement System at 50–110 GHz

机译:一种新型的50–110 GHz混合信道衰减测量系统

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摘要

A novel hybrid-channel attenuation measurement system has been built for the measurement of - and -band waveguide attenuators from 50 to 110 GHz. The measurement system combines two single channels of the and bands together into one system. The -band channel is used as the measurement channel and the -band channel is used as the synchronization channel when the -band attenuator is measured and vice versa. The measurement system is free of cross talk between the two channels and removes the need for isolators between the local oscillator and the mixer since the RF signal frequencies in the two channels are different. In addition, a compensation module was designed to cancel the self-mixing produced by the -band mixer at frequencies above 102 GHz. The expanded uncertainty of the system is evaluated to be 0.004–0.08 dB at frequencies GHz and 0.005–0.11 dB at frequencies GHz for an attenuation range from 0 to 80 dB.
机译:已经建立了一种新颖的混合信道衰减测量系统,用于测量50至110 GHz的带和波段波导衰减器。测量系统将和的两个单通道组合在一起,形成一个系统。当测量-band衰减器时,-band通道用作测量通道,而-band通道用作同步通道,反之亦然。该测量系统在两个通道之间没有串扰,并且由于两个通道中的RF信号频率不同,因此无需在本地振荡器和混频器之间使用隔离器。另外,设计了补偿模块以消除由频带混频器在高于102 GHz的频率下产生的自混频。在0至80 dB的衰减范围内,系统的扩展不确定性在频率GHz处评估为0.004-0.08 dB,在频率GHz处评估为0.005-0.11 dB。

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