Experimental design and illustration of narrow band compact microwave notch filter using EBG structure

Abstract

An exhaustive paper on Inverted U-shaped Electromagnetic-Band-Gap-(E/B/G) structure has remained investigated. The design has proved in an extremely compact size and volume. This compact ultra-wideband (UWB) Dual Notch Strainer through enhanced out-of-band presentation via quasi TEM EBG construction has been proposed. An analytical assessment consumes stayed approved out amongst the innovative building then the conservative mushroom-like EBG erection. The design is evaluated, modeled and simulated using Advanced Design System (ADS) by using Method of Momentum 2.5 D solver. The Dual Band Notch filter has been realized in a metal channel of 19mm x 53 mm in dimension. The Dual Notch Filter (DNF) with EBG structure has been demonstrated in S band at 2.4 GHz and C band at 5.1 GHz for Bluetooth and WLAN applications With a rejection of -40dB, performance of Dual Band Notch filter is compared by their lesser supplement loss also advanced coming back loss. The Imitations as well as Experimental consequences have been confirmed that the zone of the Inverted U-like construction has been carried out by Utilizing Broad Side Coupled.