Effect of hollow centre post in coupled combline resonators

T.M. Pholele, J.M. Chuma, I. Ngebani

Research output: Contribution to conferencePaper

Abstract

The effect of thickness of a hollow post in a combline resonator on the resonant frequency, coupling coefficients and spurious performance are analysed. It is shown that both the electric and magnetic couplings are not significantly affected by the size of the thickness of the hollow post, whereas the resonant frequency and spurious free band both change. When the thickness of the hollow post reduces the spurious free band deteriorates while the resonant frequency increases. © 2017 Radio Society.
Original languageEnglish
Pages1-2
Number of pages2
Publication statusPublished - 2017

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Resonators
Natural frequencies
Magnetic couplings

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title = "Effect of hollow centre post in coupled combline resonators",
abstract = "The effect of thickness of a hollow post in a combline resonator on the resonant frequency, coupling coefficients and spurious performance are analysed. It is shown that both the electric and magnetic couplings are not significantly affected by the size of the thickness of the hollow post, whereas the resonant frequency and spurious free band both change. When the thickness of the hollow post reduces the spurious free band deteriorates while the resonant frequency increases. {\circledC} 2017 Radio Society.",
author = "T.M. Pholele and J.M. Chuma and I. Ngebani",
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Effect of hollow centre post in coupled combline resonators. / Pholele, T.M.; Chuma, J.M.; Ngebani, I.

2017. 1-2.

Research output: Contribution to conferencePaper

TY - CONF

T1 - Effect of hollow centre post in coupled combline resonators

AU - Pholele, T.M.

AU - Chuma, J.M.

AU - Ngebani, I.

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PY - 2017

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N2 - The effect of thickness of a hollow post in a combline resonator on the resonant frequency, coupling coefficients and spurious performance are analysed. It is shown that both the electric and magnetic couplings are not significantly affected by the size of the thickness of the hollow post, whereas the resonant frequency and spurious free band both change. When the thickness of the hollow post reduces the spurious free band deteriorates while the resonant frequency increases. © 2017 Radio Society.

AB - The effect of thickness of a hollow post in a combline resonator on the resonant frequency, coupling coefficients and spurious performance are analysed. It is shown that both the electric and magnetic couplings are not significantly affected by the size of the thickness of the hollow post, whereas the resonant frequency and spurious free band both change. When the thickness of the hollow post reduces the spurious free band deteriorates while the resonant frequency increases. © 2017 Radio Society.

M3 - Paper

SP - 1

EP - 2

ER -