A Novel NIT Sikkim's Logo Shaped Compact Multiband Slot Antenna

Kumar, Vicky; Kumar, Prashant; Kundu, Surajit

doi:10.1109/incap52216.2021.9726187

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Cited by 2 publications

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Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

Pandey,

Kundu

2023

Healthcare Research and Related Technologies

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Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

Pandey,

Kundu

2023

Healthcare Research and Related Technologies

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An Ultra-Thin Multi-Band Logo Antenna for Internet of Vehicles Applications

Li,

Huang,

et al. 2024

Electronics

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In this paper, an ultra-thin logo antenna (LGA) operating in multiple frequency bands for Internet of Vehicles (IoVs) applications was proposed. The designed antenna can cover five frequency bands, 0.86–1.01 GHz (16.0%) for LoRa communication, 1.3–1.36 GHz (4.6%) for GPS, 2.32–2.71 GHz (16.3%) for Bluetooth communication, 3.63–3.89 GHz (6.9%) for 5G communication, and 5.27–5.66 GHz (7.1%) for WLAN, as the simulation indicated. The initial antenna started with a modified coplanar waveguide (CPW)-fed circular disk monopole radiator. To create extra current paths and further excite other modes, the disk was hollowed out into the shape of the car logo of the Chinese smart EV brand XPENG composing four rhombic parasitic patches. Next, four triangular parasitic patches were inserted to improve the impedance matching of the band at 5.6 GHz. Finally, four metallic vias were loaded for adjusting resonant points and the return loss reduction. Designed on a flexible substrate, the antenna can easily bend to a certain degree in complex vehicular communication for IoV. The measured results under horizontal and vertical bending showed the LGA can operate in a bending state while maintaining good performance. The proposed LGA addresses the issue of applying one single multi-band antenna to allow vehicles to communicate over several channels, which relieves the need for a sophisticated antenna network.

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A Novel NIT Sikkim's Logo Shaped Compact Multiband Slot Antenna

Cited by 2 publications

References 12 publications

Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

An Ultra-Thin Multi-Band Logo Antenna for Internet of Vehicles Applications

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