Cold tests of open coaxial resonators in the range 9–17 GHz

Castro, P. J. ; Barroso, J. J. ; Correa, R. A.
Springer
Published 1993
ISSN:
1572-9559
Source:
Springer Online Journal Archives 1860-2000
Topics:
Physics
Notes:
Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
Type of Medium:
Electronic Resource
URL:
_version_ 1798296473498025986
autor Castro, P. J.
Barroso, J. J.
Correa, R. A.
autorsonst Castro, P. J.
Barroso, J. J.
Correa, R. A.
book_url http://dx.doi.org/10.1007/BF02282080
datenlieferant nat_lic_papers
hauptsatz hsatz_simple
identnr NLM197366880
issn 1572-9559
journal_name International journal of infrared and millimeter waves
materialart 1
notes Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
package_name Springer
publikationsjahr_anzeige 1993
publikationsjahr_facette 1993
publikationsjahr_intervall 8009:1990-1994
publikationsjahr_sort 1993
publisher Springer
reference 14 (1993), S. 383-395
search_space articles
shingle_author_1 Castro, P. J.
Barroso, J. J.
Correa, R. A.
shingle_author_2 Castro, P. J.
Barroso, J. J.
Correa, R. A.
shingle_author_3 Castro, P. J.
Barroso, J. J.
Correa, R. A.
shingle_author_4 Castro, P. J.
Barroso, J. J.
Correa, R. A.
shingle_catch_all_1 Castro, P. J.
Barroso, J. J.
Correa, R. A.
Cold tests of open coaxial resonators in the range 9–17 GHz
Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
1572-9559
15729559
Springer
shingle_catch_all_2 Castro, P. J.
Barroso, J. J.
Correa, R. A.
Cold tests of open coaxial resonators in the range 9–17 GHz
Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
1572-9559
15729559
Springer
shingle_catch_all_3 Castro, P. J.
Barroso, J. J.
Correa, R. A.
Cold tests of open coaxial resonators in the range 9–17 GHz
Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
1572-9559
15729559
Springer
shingle_catch_all_4 Castro, P. J.
Barroso, J. J.
Correa, R. A.
Cold tests of open coaxial resonators in the range 9–17 GHz
Abstract A study of selective properties of coaxial open cylindrical resonators have been conducted experimentally and compared with theory. The resonator consists of an inner circular cylinder symmetrically located inside an outer weakly irregular open waveguide. Several fundamental TE modes were identified over the range 9 to 17 GHz through measurements of the resonant frequencies and the associated loaded quality factors. It has been verified that the structure and the number of resonant modes are both strongly dependent on the diameter of the coaxial insert. Such an electrodynamical system proves to be useful in guided wave applications requiring, for example, filters, frequency-tunable resonators and devices for analyzing the modal composition of a signal.
1572-9559
15729559
Springer
shingle_title_1 Cold tests of open coaxial resonators in the range 9–17 GHz
shingle_title_2 Cold tests of open coaxial resonators in the range 9–17 GHz
shingle_title_3 Cold tests of open coaxial resonators in the range 9–17 GHz
shingle_title_4 Cold tests of open coaxial resonators in the range 9–17 GHz
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source_archive Springer Online Journal Archives 1860-2000
timestamp 2024-05-06T09:52:39.961Z
titel Cold tests of open coaxial resonators in the range 9–17 GHz
titel_suche Cold tests of open coaxial resonators in the range 9–17 GHz
topic U
uid nat_lic_papers_NLM197366880