Implementation of a plus shaped fractal antennas for multi-band applications

Radical changes are taking position in wireless communications technology at a rapid pace to satisfy the current day requirements. Nevertheless the demand for lavishness and mitigated tautness is very much active. An antenna with broader bandwidth, multiband operations, and low profile characteristics are the underlying root of all the modern day demands. Fractal antenna fills this rareness with its unusual attributes of self-similarity and multi-band behavior besides possessing the qualities the features of an ideal antenna. A multi-band antenna can remain applied for operating in more than a single set of frequencies. This singular feature is reinforced using plus shape fractal antenna. This is engaged to supply the needs of the world with its bankable features. Since of its savory properties, it is felt that this report should deal with this fractal type and its cornucopia applications. The main ascendancy of fractal antennas over conventional antennas is shortened the size then multi-band nature. In this paper, the claims and advantages of plus shaped slotted fractal antenna were presented along with their design and radiation properties. It gets its applications in the areas of medicine, military, geology and nevertheless wireless communication. The simulation results are presented using HFSS 13 and verified with a network analyzer.