The objective of the present work is to design a thick FSS based radome wall configuration, which can provide superior band-pass response as well as structural rigidity required for airborne radome applications.
It is observed that the optimum band-pass response is achieved for 0.
Reasons for apodized and unapodized transducer electrodes, linear and nonlinear finger spacing of interdigital transducers and the use of window functions for improved band-pass response
are explained clearly.
BPI] remains band-pass response
and its corresponding transfer function [F.
In  a pseudo-differential second-order current-mode universal filter using seven active (Current Differencing Current Conveyors) and ten passive elements is presented, where only high-, low- and band-pass responses
can be directly obtained.