Calculation of a non-reflective connection in a coaxial line
VM Morozov, VI Magro - Journal of Physics and Electronics, 2021 - jphe.dnu.dp.ua
VM Morozov, VI Magro
Journal of Physics and Electronics, 2021•jphe.dnu.dp.uaThe calculation of the non-reflective connection in the coaxial line is performed by the
integral equation method. The connection of coaxial lines with a significant difference in
geometric dimensions is considered. A system of equations is obtained that allows
calculating the reflection coefficient of the T-wave from such an inhomogeneity. This
technique makes it possible to calculate a multistage coaxial waveguide in order to minimize
the reflection coefficient from inhomogeneities.
integral equation method. The connection of coaxial lines with a significant difference in
geometric dimensions is considered. A system of equations is obtained that allows
calculating the reflection coefficient of the T-wave from such an inhomogeneity. This
technique makes it possible to calculate a multistage coaxial waveguide in order to minimize
the reflection coefficient from inhomogeneities.
Abstract
The calculation of the non-reflective connection in the coaxial line is performed by the integral equation method. The connection of coaxial lines with a significant difference in geometric dimensions is considered. A system of equations is obtained that allows calculating the reflection coefficient of the T-wave from such an inhomogeneity. This technique makes it possible to calculate a multistage coaxial waveguide in order to minimize the reflection coefficient from inhomogeneities.
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