A Multi Band Mini Printed Omni Directional Antenna With v-Shaped for Rfid Applications

Kadir, Evizal Abdul; Rahman, Tharek Bin Abdul; Rahim, S. K. A.; Jamlos, Mohd Faizal

doi:10.2528/pierb10112505

Cited by 9 publications

(5 citation statements)

References 9 publications

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“…The width of the hollow meander line antenna is 60% of the meander line width, 1.2 mm. With the removal of the portion of the width, the antenna was still able to perform well [29], [30]. The results of the simulation of the hollow design were similar to the results of the first designed meander line antenna.…”

Section: Analysis Of Datasupporting

confidence: 65%

Dipole antenna with biconical and pyramidal horn design in radio frequency identification simulations

Africa

Tagabuhin

Tirados

2022

IJEECS

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Radio frequency identification (RFID) systems are used in several applications. It is widely used in retail, corporations, and schools for several purposes such as inventory, identification, and cashless payments. The components of an RFID system include a tag and a reader. The RFID reader includes an RF module that transmits and receives signals. While the RFID tag transmits embedded signals, which is typically some form of identification. The tag is a passive component powered by the reader. The two components make use of antennas to communicate the signals with each other. The design of the antenna is an important factor to consider in the production of the RFID. The size of the antenna must be small enough to provide convenience and the gain must be strong enough to effectively transmit and receive signals between the two components. In this paper, an antenna for an RFID tag is designed using MATLAB software. The antenna to be designed must be cost-efficient and be able to radiate an acceptable gain. This research creates a dipole antenna with biconical and pyramidal horn design in RFID simulations.

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Section: Analysis Of Datasupporting

confidence: 65%

Dipole antenna with biconical and pyramidal horn design in radio frequency identification simulations

Africa

Tagabuhin

Tirados

2022

IJEECS

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“…Unlike directional patch antennas which normally have single radiation pattern, the proposed antenna has dual radiating elements for generating multi beam radiation pattern. The two ends of radiating elements are designed as V-shape structure [17] with width and length of 45 mm and 80 mm, respectively, in order to achieve diagonal radiation pattern. Proposed antenna was simulated using 3D CST simulation software here a discrete port has been used to represent RFID tag terminal.…”

Section: Tag Antenna Designmentioning

confidence: 99%

RFID Vehicle Plate Number (E-Plate) for Tracking and Management System

Evizal¹,

Rahman²,

Rahim³

2013

2013 International Conference on Parallel and Distributed Systems

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Nowadays, internet are used almost in any application and field, even small item registered with code and update in database then can buy it by online system. Numbers of vehicles are significant increase every year and many cases of vehicle theft and missing thus internet of things (IoT) is a technology can be use to overcome the issues. This paper presents on the use of RFID vehicle plate number (e-plate) for tracking and management system. Started by design RFID e-plate antenna based and vehicle plate number size to achieve optimum performance by utilization of plate number size then an RFID chip attached to the plate. Proposed antenna of e-plate design using a low cost FR4 material and antenna band works at 902-928 MHz frequency for UHF RFID application, with result 3.8 dbi antenna gains there is performance improvement compared to the current tag antenna. The shape of antenna is rectangular and has a dimension of 300 mm x 100 mm, which is usually the typical size of the conventional vehicle registration plate number. Since vehicle e-plate used RFID chip and some information stored inside the tag then when RFID readers install at strategic point able capture vehicle information. All information collected by readers can be analyzed for vehicle tracking, monitoring and transportation management system.

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“…In addition, usability of the reader unit in terms of reading direction and orientation of tags have to be taken into account [16][17][18][19]. One of the feature affecting the size, weight, and ergonomist of handheld RFID reader is the reader antenna size and its positioning when affixed to the handheld reader unit [20][21][22]. It is noted that, however, the antenna design in a RFID handheld reader should fulfill several unique requirements.…”

Section: Introductionmentioning

confidence: 99%

A Compact Antenna Design for Uhf Rfid Applications

Wang¹

2015

PIER Letters

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This paper presents a new compact end-fire antenna for ultra-high frequency (UHF) radio frequency identification (RFID) applications. The antenna has two meandered dipole drivers. A folded reflector and a rectangular reflector are demonstrated. The advantage of the end-fire antenna with meander dipole drivers compared to the conventional quasi-Yagi antenna is a reduction in the length of the driver, which allows closer space for RFID reader. The end-fire antenna is fabricated on a FR4 printed circuit board (PCB), the dimension of the antenna is 81 × 58 mm 2. The measured bandwidth is around 25 MHz (905-930 MHz) under the condition of VSWR less than 2. The maximum gain of the end-fire antenna is 3.5 dBi, it is suitable for fabrication on low-cost, low dielectric constant materials. The antenna configuration, design, simulated and measured results have been well discussed. A good agreement is obtained between the simulated and experimental results. This new compact end-fire antenna is desirable for RFID reader applications.

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A Multi Band Mini Printed Omni Directional Antenna With v-Shaped for Rfid Applications

Cited by 9 publications

References 9 publications

Dipole antenna with biconical and pyramidal horn design in radio frequency identification simulations

Dipole antenna with biconical and pyramidal horn design in radio frequency identification simulations

RFID Vehicle Plate Number (E-Plate) for Tracking and Management System

A Compact Antenna Design for Uhf Rfid Applications

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