Development of circuit model of AC/coaxial adapter using for calibration of AMN
R Tani, I Wu, K Gotoh, Y Matsumoto… - IEICE …, 2017 - jstage.jst.go.jp
IEICE Communications Express, 2017•jstage.jst.go.jp
Transmission characteristics of an AC/coaxial adapter that is used for calibration of an AMN
had been evaluated up to 30 MHz, which is the upper limit of frequency in the use of
conventional AMNs. However, the new type AMNs for using over 30MHz has been
developed, thus the transmission characteristics of the adapter beyond 30MHz should be
evaluated. In this paper, a circuit model of the AC/coaxial adapter is developed in order to
obtain easily its transmission characteristics up to 1GHz. The calculated characteristics …
had been evaluated up to 30 MHz, which is the upper limit of frequency in the use of
conventional AMNs. However, the new type AMNs for using over 30MHz has been
developed, thus the transmission characteristics of the adapter beyond 30MHz should be
evaluated. In this paper, a circuit model of the AC/coaxial adapter is developed in order to
obtain easily its transmission characteristics up to 1GHz. The calculated characteristics …
Abstract
Transmission characteristics of an AC/coaxial adapter that is used for calibration of an AMN had been evaluated up to 30 MHz, which is the upper limit of frequency in the use of conventional AMNs. However, the new type AMNs for using over 30MHz has been developed, thus the transmission characteristics of the adapter beyond 30MHz should be evaluated. In this paper, a circuit model of the AC/coaxial adapter is developed in order to obtain easily its transmission characteristics up to 1GHz. The calculated characteristics using the developed circuit model agreed well with that of simulated by using a numerical electromagnetic analysis.
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