Abstract: An omni direction antenna comprising a substrate having a first side and a second side with a first conductor coupled to the first side of the substrate and a second conductor coupled to the second side of the substrate is provided. The first and second conductors comprise wide elements substantially aligned over narrow elements. The antenna further has a terminating element shorting the first and second conductors. A feed element is coupled to the first side wide element, the feed element comprising at least one transmission line, at least one impedance matching element, and at least one ground plane substantially aligned with the at least one transmission line.

Abstract: A single feed multiple band planar antenna is provided. The planar antenna includes a radiating plate having a first end and a second end opposite the first end residing in spaced apart relating to a ground plane. A shorting post couples the radiating element to the ground plane and a feeding post couples the radiating plate to radio frequency power. The planar antenna further includes a second radiating plate having a first end and a second end where the first end of the second radiating plate coupled to the feeding post and substantially aligned with the first end of the first radiating plate and located between the first radiating plate and the ground plane.

Abstract: A single feed multiple band planar antenna is provided. The planar antenna includes a radiating plate having a first end and a second end opposite the first end residing in spaced apart relating to a ground plane. A shorting post couples the radiating element to the ground plane and a feeding post couples the radiating plate to radio frequency power. The planar antenna further includes a second radiating plate having a first end and a second end where the first end of the second radiating plate coupled to the feeding post and substantially aligned with the first end of the first radiating plate and located between the first radiating plate and the ground plane.

Abstract: An omni direction antenna comprising a substrate having a first side and a second side with a first conductor coupled to the first side of the substrate and a second conductor coupled to the second side of the substrate is provided. The first and second conductors comprise wide elements substantially aligned over narrow elements. The antenna further has a terminating element shorting the first and second conductors. A feed element is coupled to the first side wide element, the feed element comprising at least one transmission line, at least one impedance matching element, and at least one ground plane substantially aligned with the at least one transmission line.

Abstract: A dual slot radiator is provided. The dual slot radiator comprises two slot radiating elements of different lengths having a single power feed. The power feed generally comprises a microstrip feed line connected at a first end to a power source and each of the slot radiators at a second end.

Abstract: An antenna is provided having a relatively wide bandwidth of operation. The antenna may be a printed circuit board dipole antenna having a ladder balun feed network coupled to a ground plane and dipole radiating elements located about one-quarter wavelength from an edge of the ground plane. The ground plane acts as a reflector to increase antenna gain. A plurality of the antennas may be provided in an array configuration with antennas being located in relatively close proximity and being isolated from other antennas in the array. An array of antennas may be used to provide a wireless link in a wireless network utilizing a IEEE 802.1X frequency band.

Abstract: To attain the advantages of and in accordance with the purpose of the present invention, a connector for an antenna is provided. The connector comprises a nut, insulator, contact pin, sleeve, and a captive housing. The connector is such that the housing can be positioned and angled relatively to a radio frequency device as desired and then locked in place by tightening the nut (or interface) on the device.

Abstract: To attain the advantages of and in accordance with the purpose of the present invention, a connector for an antenna is provided. The connector comprises a nut, insulator, contact pin, sleeve, and a captive housing. The connector is such that the housing can be positioned and angled relatively to a radio frequency device as desired and then locked in place by tightening the nut (or interface) on the device.

Abstract: An antenna is provided having a relatively wide bandwidth of operation. The antenna may be a printed circuit board dipole antenna having a ladder balun feed network coupled to a ground plane and dipole radiating elements located about one-quarter wavelength from an edge of the ground plane. The ground plane acts as a reflector to increase antenna gain. A plurality of the antennas may be provided in an array configuration with antennas being located in relatively close proximity and being isolated from other antennas in the array. An array of antennas may be used to provide a wireless link in a wireless network utilizing a IEEE 802.1X frequency band.

Abstract: A dual slot radiator is provided. The dual slot radiator comprises two slot radiating elements of different lengths having a single power feed. The power feed generally comprises a microstrip feed line connected at a first end to a power source and each of the slot radiators at a second end.

Abstract: The present invention provides an antenna array. The antenna array comprises a substrate having a first side and a second side opposite the first side. The first side has a first conductor comprising narrow elements and wide elements. The second side has a second conductor comprising narrow elements and wide elements. Such that the first conductor narrow elements are above the second conductor wide elements and the first conductor wide elements are above the second conductor narrow elements. The first conductor further has a feed element and a terminating element.

Abstract: The present invention provides a support for an antenna. In particular, the present invention provides a substrate with conductive transition pads for a co-linear coaxial antenna array. The transition pads are constructed and arranged to properly provide power and phase shifting to the antenna array.

Abstract: The present invention provides a support for an antenna. In particular, the present invention provides a substrate with conductive transition pads for a co-linear coaxial antenna array. The transition pads are constructed and arranged to properly provide power and phase shifting to the antenna array.