Antena solution for future communication devices in mm-wave range

Different type of printed antennas for millimeter ranges like: high gain (narrow beam) with linear and circular polarization, sector antennas with azimuth angle of 600, 900 and 1800, omnidirectional antennas are proposed. All type suitable for integration with active microwave and millimeter wave like amplifiers, down and up convectors. Also, proposed sector and omnidirectional antennas are practically applicable for lower microwave range of 5 GHz that is included in new generation of communication systems for 60 GHz range

Antena solution for future communication devices in mm-wave range

Different type of printed antennas for millimeter ranges like: high gain (narrow beam) with linear and circular polarization, sector antennas with azimuth angle of 600, 900 and 1800, omnidirectional antennas are proposed. All type suitable for integration with active microwave and millimeter wave like amplifiers, down and up convectors. Also, proposed sector and omnidirectional antennas are practically applicable for lower microwave range of 5 GHz that is included in new generation of communication systems for 60 GHz range

Broadband printed high gain antenna with wide angle radiation in azimuth

New broadband printed antenna concept is proposed, able to ensure very high operation bandwidth by simultaneously providing high gain and wide angle coverage in azimuth plane. Typical possible application scenarios are outlined. Proposed antenna topology is described, together with design rules to set radiation gain. The concept is verified by prototype of the antenna in 2.4 GHz range. Design approach is confirmed, showing measured operation bandwidth of 37%. There features allow potential application for future multiple standard base station solutions (software radio), digital wireless camera, as well as for low cost integrated antenna for mm-wave range

Antenna solution for future communication devices in mm-wave range

Different types of printed antennas for millimeter ranges such as high gain (narrow beam) with linear and circular polarization, sector antennas with azimuth angle of 60°, 90° and 180°, and omnidirectional antennas are proposed. All types are suitable for integration with active microwave and millimeter wave amplifiers, and down and upconvectors. Also, the proposed sector and omnidirectional antennas are practically applicable for the lower microwave range of 5 GHz that is included in the new generation of communication systems for 60 GHz range