compact uhf rfid high gain antenna Advantenna-p13 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 40° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge. $77.05
0 · Vulcan RFID SP12 UHF RFID Antenna (FCC/ETSI)
1 · QUBE Antenna
2 · Compact RFID UHF antenna with circular polarization
3 · Advantenna
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Advantenna-SP11 is a compact RFID UHF antenna with a very high gain, circular polarization, and radiation pattern characterized by a wide beam in all directions in one hemisphere.Advantenna-p13 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 40° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge.
Advantenna-p14 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 30° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge. This radiation pattern makes Advantenna-p14 ideal for .paradigm shift forward in antenna technology for UHF RFID. Combining compact size, superior beamwidth, and unmatched gain the QUBE quadrifilar technology design creates a superior antenna. Each unit is guaranteed 2 years against defects. More details: Datasheet
Advantenna-SP11 is a compact RFID UHF antenna with a very high gain, circular polarization, and radiation pattern characterized by a wide beam in all directions in one hemisphere.The Vulcan RFID SP12 UHF RFID Antenna is an ultra-light antenna with a very high gain, circular polarization, and a radiation pattern characterized by a 70° beamwidth in one plane and a 40° beam in the other plane.
Advantenna-p13 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 40° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge.Advantenna-p14 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 30° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge. This radiation pattern makes Advantenna-p14 ideal for many RFID applications such as: Loss prevention systems; Portals .
paradigm shift forward in antenna technology for UHF RFID. Combining compact size, superior beamwidth, and unmatched gain the QUBE quadrifilar technology design creates a superior antenna. Each unit is guaranteed 2 years against defects. More details: Datasheet
A compact broadband circularly-polarised (CP) antenna is designed with a novel method for universal ultra-high-frequency (UHF) radio-frequency identification (RFID) readers. It is composed of a compact ring-shaped patch which aims to decrease the size of the antenna.Storage Temperature. – 40 °F to 185 °F (- 40 ℃ to + 85 ℃) Size. 10.16 in x 10.16 in x 1.42 in (258 mm × 258 mm × 36 mm) Weight. 0.42 lb (0.91 kg) (bracket excluded) Enhance retail RFID performance with this 902-928MHz linear polarized directional antenna, offering 10 dBi gain and robust IP67 protection for versatile indoor/outdoor use. Compact and High-Gain UHF/UWB RFID Reader Antenna Abstract: A linearly polarized, dual-port, and dual-band radio frequency identification reader antenna is designed to simultaneously operate at ultrahigh frequency (UHF) and ultra-wideband bands for . A compact CP antenna with high gain and high FBR for RFID readers is presented and investigated in this paper. The proposed design is based on the 2 x 2 unit-cell MS and the Y-shaped patch as the primary CP radiating source.
Abstract— In this paper, we describe a compact high gain circularly polarized antenna for handheld UHF RFID reader. The antenna is an axial mode helix operating in a backfire mode with ground plane on top and reflector on the bottom.
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Vulcan RFID SP12 UHF RFID Antenna (FCC/ETSI)
Advantenna-SP11 is a compact RFID UHF antenna with a very high gain, circular polarization, and radiation pattern characterized by a wide beam in all directions in one hemisphere.The Vulcan RFID SP12 UHF RFID Antenna is an ultra-light antenna with a very high gain, circular polarization, and a radiation pattern characterized by a 70° beamwidth in one plane and a 40° beam in the other plane.
Advantenna-p13 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 40° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge.Advantenna-p14 is a compact RFID UHF antenna with circular polarization and a radiation pattern characterized by a 30° beam width in the direction of the antenna long edge and 90º in the direction of the antenna short edge. This radiation pattern makes Advantenna-p14 ideal for many RFID applications such as: Loss prevention systems; Portals .paradigm shift forward in antenna technology for UHF RFID. Combining compact size, superior beamwidth, and unmatched gain the QUBE quadrifilar technology design creates a superior antenna. Each unit is guaranteed 2 years against defects. More details: Datasheet
A compact broadband circularly-polarised (CP) antenna is designed with a novel method for universal ultra-high-frequency (UHF) radio-frequency identification (RFID) readers. It is composed of a compact ring-shaped patch which aims to decrease the size of the antenna.
Storage Temperature. – 40 °F to 185 °F (- 40 ℃ to + 85 ℃) Size. 10.16 in x 10.16 in x 1.42 in (258 mm × 258 mm × 36 mm) Weight. 0.42 lb (0.91 kg) (bracket excluded) Enhance retail RFID performance with this 902-928MHz linear polarized directional antenna, offering 10 dBi gain and robust IP67 protection for versatile indoor/outdoor use. Compact and High-Gain UHF/UWB RFID Reader Antenna Abstract: A linearly polarized, dual-port, and dual-band radio frequency identification reader antenna is designed to simultaneously operate at ultrahigh frequency (UHF) and ultra-wideband bands for . A compact CP antenna with high gain and high FBR for RFID readers is presented and investigated in this paper. The proposed design is based on the 2 x 2 unit-cell MS and the Y-shaped patch as the primary CP radiating source.
QUBE Antenna
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XP. 772. Country. Mar 10, 2017. #14. cathtbh said: Using blank NTAG215 NFC .
compact uhf rfid high gain antenna|QUBE Antenna