near-field uhf rfid antenna cl7205c frequency bands For a near-field UHF RFID reader antenna, good impedance matching at 915 MHz and strong uniform magnetic field distribution covering a specific near-field area are common requirements, which corresponds to two design objectives for optimisation.
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A broadband segmented loop antenna is presented for ultra high frequency (UHF) near-field . In the design of ultra-high-frequency (UHF) radio frequency identification (RFID) near-field antennas, realising an antenna with electrically large size, wide frequency band, and far read range has always been a challenge.A broadband segmented loop antenna is presented for ultra high frequency (UHF) near-field radio frequency identification (RFID) applications.
This paper proposed a novel antenna for ultra-high frequency (UHF) radio frequency identification (RFID) near-field applications with uniform distribution of the electric field along the x-axis (Ex), and the y-axis (Ey). This article designs two UHF capacitively coupling RFID near-field reader antennas with uniform vertical electric field distribution. Both antennas have broadband characteristics. For a near-field UHF RFID reader antenna, good impedance matching at 915 MHz and strong uniform magnetic field distribution covering a specific near-field area are common requirements, which corresponds to two design objectives for optimisation.
This paper describes a near field reader antenna for UHF RFID applications. The frequency bands used in RFIDare the 900 MHz band and 865 MHz band The first part presents the basic requirements of an RFID system. This paper proposes a nature-inspired spider web-shaped ultra-high frequency (UHF) radio frequency identification (RFID) reader antenna and battery-free sensor-based system for.
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A broadband center-fed ultra-high frequency (UHF) near-field radio frequency identification (RFID) reader antenna is proposed and investigated in this letter. The design utilizes four tapered double-side parallel stripline (TDSPSL)-fed dipoles to form a circular loop to achieve broadband impedance matching and strong and uniform magnetic field .In this article, a possible key performance indicator, namely, power transfer efficiency, is used to analyze the performance of a specific near-field RFID application at UHF band, consisting of a textile reader antenna integrated onto a smart glove. 1. Introduction.The NF inductively coupling UHF RFID is an attractive solution that combines several advantages: the magnetic coupling is less sensitive to the proximity of metal or liquids, and, can read . In the design of ultra-high-frequency (UHF) radio frequency identification (RFID) near-field antennas, realising an antenna with electrically large size, wide frequency band, and far read range has always been a challenge.
A broadband segmented loop antenna is presented for ultra high frequency (UHF) near-field radio frequency identification (RFID) applications. This paper proposed a novel antenna for ultra-high frequency (UHF) radio frequency identification (RFID) near-field applications with uniform distribution of the electric field along the x-axis (Ex), and the y-axis (Ey). This article designs two UHF capacitively coupling RFID near-field reader antennas with uniform vertical electric field distribution. Both antennas have broadband characteristics.
For a near-field UHF RFID reader antenna, good impedance matching at 915 MHz and strong uniform magnetic field distribution covering a specific near-field area are common requirements, which corresponds to two design objectives for optimisation.
This paper describes a near field reader antenna for UHF RFID applications. The frequency bands used in RFIDare the 900 MHz band and 865 MHz band The first part presents the basic requirements of an RFID system.
This paper proposes a nature-inspired spider web-shaped ultra-high frequency (UHF) radio frequency identification (RFID) reader antenna and battery-free sensor-based system for.
A broadband center-fed ultra-high frequency (UHF) near-field radio frequency identification (RFID) reader antenna is proposed and investigated in this letter. The design utilizes four tapered double-side parallel stripline (TDSPSL)-fed dipoles to form a circular loop to achieve broadband impedance matching and strong and uniform magnetic field .
In this article, a possible key performance indicator, namely, power transfer efficiency, is used to analyze the performance of a specific near-field RFID application at UHF band, consisting of a textile reader antenna integrated onto a smart glove. 1. Introduction.
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