Design of Hexadecagon Circular Patch Antenna with DGS at Ku Band for Satellite Communications

Microstrip antenna was aunpretentious antenna that involves of a radiated patch constituent, dielectric substrate and ground plane. The radiated patch and ground plane are

To prove the concept, an integrated filtering duplex antenna was realised by coupling the duplexer to the dual-band patch via EM waves.. This removed the need of interconnection

The proposed PIFA consists of a radiating patch with a hook- shaped slot and a modified ground plane with pair of square-ring and rotated I-shaped slots.. The antenna is fabricated

This paper mainly contains the sections in which design equations of conventional rectangular radiating patch, technique to improve performance of antenna with loading

The simulated result of The Conventional Rectangular Microstrip Patch Antenna Fed By Microstrip Line, Inset Rectangular Slot Microstrip Patch Antenna and „T‟ Shaped

The performance characteristics of two antenna i.e., proximity fed circular disk patch antenna without slot in the ground plane and proximity fed circular disk patch antenna

patch antenna designed with CPW feeding with feed without contact with the radiating patch, known as capacitive loading, which is penetrated inside the patch is presented.. In

To fulfill this goal a U-shaped slot is cut from the radiating patch of the single-notch antenna, and the resulting antenna is referred to as dual-notch antenna as shown in Figure