A novel compact multi-band design of planar C-shape monopole antenna with inverted L-shape parasitic strip is proposed for IEEE 802.16 m WiMAX system. The obtained impedance bandwidth across the 2.6/3.5/5.5 GHz operating bands can reach about 240/570/4470 MHz, respectively. Only with the antenna size of 15×30×0.8mm3, the proposed monopole antenna has the compact operation with more than 25% ant...

A novel tuning fork-shaped tri-band planar antenna (NTTPA) for the LTE 2.3/3.8-GHz band, WLAN 2.4/5.2/5.8-GHz and WiMax 2.5/3.5/5.5-GHz band is presented in this letter. By introducing an asymmetrical turning patch inverted L-shaped patch, three notched bands can be generated to form a triple-band operation. The fabricated on FR4 board excited by SMA connector using microstrip line. structure s...

The present work relates to the antenna design for mobile terminals. It’s about PIFA antennas (Planar InvertedFAntenna). The modification of the certain existing structures geometrical forms allowed the operation of those according to current standards. The design is performed by using the SuperNEC and HFSS simulators. The conception of four antennas: broadband, Bi-band, tri-band and quadriband...

A compact design of a circularly-polarized (CP) antenna to achieve wide-band behavior for WiMax applications is presented. Single feed is used to excite a single-layered square patch integrated with a novel Y-shaped slot and two different truncated corners to achieve CP polarization. Besides its structural simplicity, ease of fabrication and low cost, the proposed antenna features a satisfactor...

A new planar monopole antenna which covers 3G, Bluetooth, WiMAX, and the UWB bands and also exhibits dual band-notched characteristic is presented. Presented antenna consist a square radiating patch with a pair of L-shaped slits, and two U-shaped slot and a ground pale with a V-shaped strip. The proposed antenna has been successfully simulated and measured. Experimental results shows that the p...