Research Article
Asian Journal of Engineering, Sciences and Technology - Volume 4, Issue 2 2014
By Imran Nazir, Ikram e Khuda, Kamran Raza, Syed Zeeshan Ali
Keywords: Multilayer Architecture, Design Equations, regression equation, correlation research, Patch length, Slot length, predictive model, predictor variable, method of least squares.

Design and fabrication of resonant aperture coupled patch antennas at a particular frequency is a complex and difficult process because of the intrications involved in multilayer architecture. The design process requires correct formulations relating the output to input variables. In this paper we undertook the task to confront the design problems of electromagnetically aperture coupled patch antenna. Design methodology of antenna is presented taking all the parameters subjectively. The system parameters related to patch length and slot length are evaluated by CST and modeled to support the communication in extreme temperature constraints. For simulation, the polarization is linear and working frequency is 2.4 GHz. The novel approach in this design is that we have developed statistical equations to find the relationship between patch length, slot length, S11 to obtain best values of them at resonant working frequency. The computer-generated antenna has also been fabricated and is available to be used at the front end of RF transceiver.