The Backfire-to-Broadside Symmetrical Beam-Scanning Periodic Offset Microstrip Antenna

A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip lines (DSPSL). The characteristics of the offset DSPSL have been studied, and then a series of offset DSPSL have been applied as the periodic...

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Published in:IEEE transactions on antennas and propagation Vol. 58; no. 11; pp. 3499 - 3504
Main Authors: Yuanxin Li, Quan Xue, Yung, Edward Kai-Ning, Yunliang Long
Format: Journal Article
Language:English
Published: New York, NY IEEE 01-11-2010
Institute of Electrical and Electronics Engineers
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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Abstract A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip lines (DSPSL). The characteristics of the offset DSPSL have been studied, and then a series of offset DSPSL have been applied as the periodic antenna with a backfire-to-broadside symmetrical beam scanning capability. Both in plane and plane, main beams symmetrically steer from the backfire direction to the broadside direction with the increase of the operating frequency. The fractional impedance bandwidth has been broadened to nearly 50% by using the offset DSPSL structure.
AbstractList A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip lines (DSPSL). The characteristics of the offset DSPSL have been studied, and then a series of offset DSPSL have been applied as the periodic antenna with a backfire-to-broadside symmetrical beam scanning capability. Both in plane and plane, main beams symmetrically steer from the backfire direction to the broadside direction with the increase of the operating frequency. The fractional impedance bandwidth has been broadened to nearly 50% by using the offset DSPSL structure.
A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip lines (DSPSL). The characteristics of the offset DSPSL have been studied, and then a series of offset DSPSL have been applied as the periodic antenna with a backfire-to-broadside symmetrical beam scanning capability. Both in y hbox - z plane and x hbox - z plane, main beams symmetrically steer from the backfire direction to the broadside direction with the increase of the operating frequency. The fractional impedance bandwidth has been broadened to nearly 50% by using the offset DSPSL structure.
A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip lines (DSPSL). The characteristics of the offset DSPSL have been studied, and then a series of offset DSPSL have been applied as the periodic antenna with a backfire-to-broadside symmetrical beam scanning capability. Both in [Formula Omitted] plane and [Formula Omitted] plane, main beams symmetrically steer from the backfire direction to the broadside direction with the increase of the operating frequency. The fractional impedance bandwidth has been broadened to nearly 50% by using the offset DSPSL structure.
Author Yunliang Long
Yung, Edward Kai-Ning
Quan Xue
Yuanxin Li
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Cites_doi 10.1109/APS.1986.1149629
10.1109/TAP.2007.913168
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Issue 11
Keywords Backfire to broadside
microstrip leaky wave antenna
offset
Strip line
Microstrip antennas
Leaky wave antennas
Scanning antenna
double-sided parallel-strip lines (DSPSL)
Periodic structure
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– year: 1957
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Snippet A backfire-to-broadside beam-scanning antenna with a periodic structure is described. The proposed antenna consists of the offset double-sided parallel-strip...
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StartPage 3499
SubjectTerms Antenna measurements
Antenna radiation patterns
Antennas
Applied sciences
Backfire
Backfire to broadside
Backfiring
Beams (structural)
double-sided parallel-strip lines (DSPSL)
Exact sciences and technology
Impedance
Microstrip
Microstrip antennas
microstrip leaky wave antenna
offset
Offsets
Planes
Radiocommunications
Scanning
Telecommunications
Telecommunications and information theory
Title The Backfire-to-Broadside Symmetrical Beam-Scanning Periodic Offset Microstrip Antenna
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