Fig 1 - available via license: Creative Commons Attribution 4.0 International
Content may be subject to copyright.
Coaxial line filled with a liquid sample connected to a signal generator and a spectrum analyzer.
Source publication
This paper presents a complex permittivity measurement method for low-dispersive materials as a function of frequency. The introduced method relies only on transmitted power signals which are collected using a spectrum analyzer/power meter, removing the need for phase measurements and a vector network analyzer. This method provides a very good accu...
Contexts in source publication
Context 1
... section briefly discusses our power method applied to a coaxial line structure. The method can be also applied to other permittivity reconstruction setups such as the freespace one. Fig. 1 shows a coaxial line connected to a signal generator with an internal source resistance of R s and to a spectrum analyzer with a load resistance of R L . Solving Maxwell equations for the transmitted power delivered to the spectrum analyzer analytically results ...
Context 2
... validate the method, a low-dispersive liquid, Cyclohexane, is tested. The coaxial line shown in Fig. 1 is filled with this liquid connected to a signal generator which has an output signal power level of 0 dBm. '') r '(1) r '(2) r ''(1) r ''(2) Fig. 3: Real part and imaginary part of Cyclohexane liquid measured using our method, (1), and the open-ended coaxial method, ...
Similar publications
In this paper, teflon material with dimensions 3.76 mm×1.88 mm×1.6 mm was prepared from the Indonesia materials market for the millimeter wave characteristics. The permeability, permittivity, and millimeter wave absorption properties were studied using a vector network analyzer in the frequency range of 50−67 GHz. The results indicated that teflon...
