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Miniaturised millimetre wave frequency selective surface for atmospheric remote sensing
Published in Institution of Engineering and Technology
2017
Volume: 53
   
Issue: 10
Pages: 663 - 665
Abstract
A miniaturised frequency selective surface (FSS) with λ0/7 x λ0/7 unit cell at the pass band centre frequency is presented for millimetre wave remote sensing. A resonant corner convoluted square ring (CCSR) is loaded with non-resonant cross dipole (CD) for tri-band spectral response. Rectangular patches integrated in the CCSR are used to optimise the coupling between the CD and CCSR to reject 50-60 GHz (B1) and 170-195 GHz (B3), and transmit 87-91 GHz (B2). The FSS fabricated on 175 μm thick quartz with 3721 unit cells indicates polarisation and angle stable transmission response. © The Institution of Engineering and Technology 2017.
About the journal
JournalElectronics Letters
PublisherInstitution of Engineering and Technology
ISSN00135194
Open AccessNo
Concepts (11)
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    FREQUENCY SELECTIVE SURFACES
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    Millimeter waves
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    ATMOSPHERIC REMOTE SENSING
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    FREQUENCY SELECTIVE SURFACE (FSS)
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    MILLIMETRE WAVES
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    Nonresonant
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    Rectangular patch
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    Spectral response
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    SQUARE RINGS
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    TRANSMISSION RESPONSE
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    Remote sensing