Lungs patch structures: Numerical computation, testing and application

摘要

The constructions of the novel and robust lungs antennas were examined. Several kinds of the lungs patch structure antennas were numerically computed, fabricated and tested. A number of the lungs antenna models were designed to be suitable for large varieties of modern wireless communication applications including mobile computing devices, GPS-SAR, LTE detection and sensing networks, satellite communications, and other cellular mobile peripherals. In this paper, each designed antenna was evaluated through a certain corresponding resonant frequency, i.e. 1.2 GHz, 1.98 GHz and ISM band 2.4–2.5 GHz. The fabrication step was performed using a simple and straightforward method that commonly applied in printing a PCB. The most advantageous of the constructed antenna lied not only on its robust and unique electrical properties but it also has a compact and reconfigurable physical structure to meet the required technical specifications.