1-Bit Reconfigurable Unit Cell for Ka-Band Transmitarrays

This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0 ° and 180 °) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and...

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Published in	IEEE antennas and wireless propagation letters Vol. 15; pp. 560 - 563
Main Authors	Di Palma, Luca, Clemente, Antonio, Dussopt, Laurent, Sauleau, Ronan, Potier, Patrick, Pouliguen, Philippe
Format	Journal Article
Language	English
Published	New York IEEE 2016 The Institute of Electrical and Electronics Engineers, Inc. (IEEE) Institute of Electrical and Electronics Engineers
Subjects	Antennas Bandwidth beam-steering Beamforming Computer Science Design standards Diodes discrete lens Electronics Engineering Sciences Frequency measurement Insertion loss Networking and Internet Architecture P-i-n diodes Patch antennas Propagation losses reconfigurable antenna Scattering parameters Simulation transmitarray Two phase Unit cell p-i-n diodes reconfigurable antenna slot-loaded patch antenna beam-steering discrete lens Transmitting antennas Ka-band transmitarrays Frequency measurement microstrip antenna arrays standard waveguide simulator Beamforming transmitarray phase resolution Bandwidth Insertion loss Propagation losses slot antenna arrays Scattering parameters linear polarized unit cell Antennas
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Abstract	This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0 ° and 180 °) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and experimental characterization in a standard waveguide simulator are reported. The measured insertion losses only reach 1.09 and 1.29 dB for the two-phase states, respectively, with a 3-dB transmission bandwidth of about 11.2%.
AbstractList	This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0 ° and 180 °) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and experimental characterization in a standard waveguide simulator are reported. The measured insertion losses only reach 1.09 and 1.29 dB for the two-phase states, respectively, with a 3-dB transmission bandwidth of about 11.2% This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0[Formula Omitted] and 180[Formula Omitted]) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and experimental characterization in a standard waveguide simulator are reported. The measured insertion losses only reach 1.09 and 1.29 dB for the two-phase states, respectively, with a 3-dB transmission bandwidth of about 11.2%. This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely with two phase states 0$ logical or circ$ and 180$ logical or circ$ ) is obtained using two p-i-n diodes mounted on a slot-loaded patch antenna. The design, realization, and experimental characterization in a standard waveguide simulator are reported. The measured insertion losses only reach 1.09 and 1.29 dB for the two-phase states, respectively, with a 3-dB transmission bandwidth of about 11.2%.
Author	Di Palma, Luca Sauleau, Ronan Potier, Patrick Pouliguen, Philippe Clemente, Antonio Dussopt, Laurent
Author_xml	– sequence: 1 givenname: Luca surname: Di Palma fullname: Di Palma, Luca email: luca.dipalma@cea.fr organization: LETI, Grenoble Alpes Univ., Grenoble, France – sequence: 2 givenname: Antonio surname: Clemente fullname: Clemente, Antonio email: antonio.clemente@cea.fr organization: LETI, Grenoble Alpes Univ., Grenoble, France – sequence: 3 givenname: Laurent surname: Dussopt fullname: Dussopt, Laurent email: laurent.dussopt@cea.fr organization: LETI, Grenoble Alpes Univ., Grenoble, France – sequence: 4 givenname: Ronan surname: Sauleau fullname: Sauleau, Ronan email: ronan.sauleau@univ-rennes1.fr organization: Inst. of Electron. & Telecommun. of Rennes, Univ. of Rennes 1, Rennes, France – sequence: 5 givenname: Patrick surname: Potier fullname: Potier, Patrick email: patrick.potier@intradef.gouv.fr organization: Direction Gen. de l'Armement, Bruz, France – sequence: 6 givenname: Philippe surname: Pouliguen fullname: Pouliguen, Philippe email: philippe.pouliguen@intradef.gouv.fr organization: Strategy Directorate, Direction Gen. de l'Armement, Bagneux, France
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Keywords	p-i-n diodes reconfigurable antenna slot-loaded patch antenna beam-steering discrete lens Transmitting antennas Ka-band transmitarrays Frequency measurement microstrip antenna arrays standard waveguide simulator Beamforming transmitarray phase resolution Bandwidth Insertion loss Propagation losses slot antenna arrays Scattering parameters linear polarized unit cell Antennas
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Snippet	This letter presents an electronically reconfigurable, linearly polarized unit cell for transmitarray applications in Ka-band. A 1-bit phase resolution (namely...
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SubjectTerms	Antennas Bandwidth beam-steering Beamforming Computer Science Design standards Diodes discrete lens Electronics Engineering Sciences Frequency measurement Insertion loss Networking and Internet Architecture P-i-n diodes Patch antennas Propagation losses reconfigurable antenna Scattering parameters Simulation transmitarray Two phase Unit cell
Title	1-Bit Reconfigurable Unit Cell for Ka-Band Transmitarrays
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