Comparative analysis of various AC/coaxial adapters for LISN calibration up to 1 GHz
R Tani, I Wu, K Gotoh, Y Matsumoto… - IEICE …, 2018 - jstage.jst.go.jp
IEICE Communications Express, 2018•jstage.jst.go.jp
There are various types of AC/coaxial adapter for line impedance stabilization network
(LISN) calibration because the AC plug used differs among countries. The difference in the
characteristics of the adapters may be large at a high frequency such as 1GHz; thus, their
characteristics should be compared. In this paper, the transmission characteristics of
onephase AC/coaxial adapters for Japan (A-type) and UK and some Asian countries (BF
and B3-types, respectively) are compared using their equivalent circuit models. The …
(LISN) calibration because the AC plug used differs among countries. The difference in the
characteristics of the adapters may be large at a high frequency such as 1GHz; thus, their
characteristics should be compared. In this paper, the transmission characteristics of
onephase AC/coaxial adapters for Japan (A-type) and UK and some Asian countries (BF
and B3-types, respectively) are compared using their equivalent circuit models. The …
Abstract
There are various types of AC/coaxial adapter for line impedance stabilization network (LISN) calibration because the AC plug used differs among countries. The difference in the characteristics of the adapters may be large at a high frequency such as 1GHz; thus, their characteristics should be compared. In this paper, the transmission characteristics of onephase AC/coaxial adapters for Japan (A-type) and UK and some Asian countries (BF and B3-types, respectively) are compared using their equivalent circuit models. The following two results are obtained:(1) the BF-type most strongly affects the LISN calibration, and (2) the transmission coefficient of the A-type is the least affected by the reference ground.
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