As discussed in [1]. This paper presents design and analysis of an efficient Rectangular microstrip patch antenna for the application of Wireless LAN for operating frequency GHz. Review patch antennas. ABSTRACT: In this article, a compact wideband U-slot stacked rectan- gular microstrip patch antenna is designed. A low and high dielectric. Abstract: A low-profile double U-slot microstrip patch antenna with a wide operating bandwidth has been developed in this article. This work uses characteristic mode analysis (CMA) to explain the impedance behavior of a classic U-slot patch geometry in terms of coupled mode. The VSWR and S11 of this suggested. Methodology Using Characteristic Mode. PDF | U-slot patch antenna design and implementation are discussed in this paper for GHz WLAN use. In the proposed antenna design, a combination of dual U-slot and multiple layers is used to get multiple bands and wide bandwidth. . (All designing the U-slot patch antenna can be. U-Slot Patch Antenna Principle and Design. The U-slot patch antenna historically Design parameters for 3 GHz U-slot patches. Borchardt, Member, IEEE and Tyler C. Analysis and Coupled Mode Theory. John J. Define parameters The basic U-slot patch antenna consists of a rectangular patch radiator within which a U-shaped slot has been cut out. A multiband triple-layer.