The theoretical limit for small antenna performance that was derived decades ago by
Wheeler and Chu governs design tradeoffs for size, bandwidth, and efficiency. Theoretical …

Awideband E-shaped microstrip patch antenna has been designed for high-speed wireless
local area networks (IEEE 802.11 a standard) and other wireless communication systems …

A symmetrical E-shaped patch antenna with multimode resonance is proposed for 5G
broadband millimeter-wave (mmWave) applications. A longitudinal slot is etched on the …

A broadband inverted EH shaped microstrip patch antenna is proposed and experimentally
investigated. The antenna employs novel EH shaped patch with L-probe feed technique …

A compact dual-polarized double E-shaped patch antenna with high isolation for pico base
station applications is presented in this communication. The proposed antenna employs a …

This paper presents a very small size microstrip antenna suitable for WLAN application. The
main patch antenna consists of an M-shaped slot with shorting wall. With a shorted …

A wideband differentially fed microstrip patch antenna (MPA) with triple-resonant modes is
presented in this letter. The proposed triple-mode MPA is realized by combining two dual …

E-shape patch antenna is proposed for millimeter wave frequencies. Using this E-shape
structure, the patch antenna is designed for wideband operation at about 31.6-40 GHz for …

To construct a wideband microstrip patch antenna, the air‐filled dielectric substrate is used,
3 open slots are loaded perpendicular to the radiating edge of the rectangular patch …

In this paper, a comprehensive study of miniaturised broadband microstrip patch antennas
for ultra‐wideband applications is presented. At first, design and analysis of a compact …