ALPHA INDUSTRIES LINEAR CIRCULAR FEED Search Results

ALPHA INDUSTRIES

Abstract: ON 823 35 GHz cassegrain antenna se 823
Contextual Info: Series 822/823 Cassegrain Antennas Features I Rugged Construction I Low Loss Performance at Millimeter Wave Frequencies I Minimal Spillover for Low Noise Performance Description Each Cassegrain antenna consists o f a parabolic reflec­ tor, a linearly-polarized primary feed, subreflector, and

35 GHz cassegrain antenna

Abstract: ON 823 W-band antenna
Contextual Info: Series 822/823 Cassegrain Antennas Features I Rugged Construction I Low Loss Performance at Millimeter Wave Frequencies I Minimal Spillover for Low Noise Performance Description Each Cassegrain antenna consists of a parabolic reflec­ tor, a linearly-polarized primary feed, subreflector, and

884B

Abstract: 883KU conical horn ANTENNA DUAL LH & RH ROTARY JOINT WR-10 858 conical horn wr22 Antenna horn 20 db x band
Contextual Info: Circular Mode Antenna Com ponents Series 881 Orthomode Transducers I Available from 5.4 GHz through 110 GHz with 3% or Greater Bandwidth I Higher Frequency Units Will be Quoted on Request I Couples Two Orthogonal Linearly-Polarized Signals Simultaneously I

35 GHz cassegrain antenna

Abstract: ALPHA INDUSTRIES
Contextual Info: Series 822/823 Cassegrain Antennas Features • Rugged Construction I Low Loss Performance at Millimeter Wave Frequencies • Minimal Spillover for Low Noise Performance Description Each Cassegrain antenna consists of a parabolic reflec­ tor, a linearly-polarized primary feed, subreflector, and

ALPHA INDUSTRIES linear circular feed

Contextual Info: Series 863/868/869 Scalar Feed Horns Series 863 - Series 868 ft Polarization Insensitive ft Axially Symmetric Over Waveguide Band for Multimode Operation ft True Fixed Phase Center ft Nominal Sidelobes of -30 dB for Both E-Plane and H-Plane ft Secondary Aperture Efficiency of

Contextual Info: Series 876 Circular Conical Feed Horns Features I Illuminate Cassegrain Antennas with a Subtended Angle of 30 degrees I Efficiency of Approximately 55% I Nominal Sidelobes of -17 dB in E-Plane and -20 dB in H-Plane Description The Series 876 is circularly symmetrical in its

Feed horn

Abstract: 35 GHz cassegrain antenna ALPHA INDUSTRIES ALPHA INDUSTRIES TRG
Contextual Info: Series 876 Circular Conical Feed Horns Features I Illuminate Cassegrain Antennas with a Subtended Angle of 30 degrees I Efficiency of Approximately 55% I Nominal Sidelobes of -17 dB in E-Plane and -20 dB in H-Plane Description The Series 876 is circularly symmetrical in its

ALPHA INDUSTRIES TRG

Abstract: antenna ku Feed horn Antenna horn b 857
Contextual Info: Series 857 Spot-Focusing Horn Lens Antenna Features • Fo cu s to a Wavelength Spot / Size I Far-Field Focusing Ability I C o m p a ct and Rugged Horn-Lens Com binations I Stable Electrical Operation Description The Series 857 antenna consists o f a conical feed horn

conical horn

Abstract: Antenna horn ALPHA INDUSTRIES linear circular feed Feed horn
Contextual Info: Series 856 Horn Lens Antenna Features I Compact and Rugged Horn-Lens Combinations I Variety of Available Gain-Beamwidth Characteristics t Clean Radiation Pattern Characteristics Description The Series 856 horn lens antenna consists of a conical feed horn and a standard dielectric lens. These

antenna ku

Contextual Info: Series 858 High Efficiency Horn Lens Antennas Features > Compact and Rugged Scalar Horn with Lens Correction I Low Sidelobes in all Planes I High Beam Efficiency I No Aperture Blockage I No Spillover, Power Loss, or Feed Line Loss I Equal E-Plane and H-Plane Beamwidths

standard gain horn antenna

Abstract: horn antenna
Contextual Info: Series 856 Horn Lens Antenna Features I Compact and Rugged Horn-Lens Combinations I Variety of Available Gain-Beamwidth Characteristics I Clean Radiation Pattern Characteristics Description The Series 856 horn lens antenna consists of a conical feed horn and a standard dielectric lens. These

Contextual Info: Beam Scanning Antennas Description A beam scanning antenna is a lens antenna with a 14 inch effective aperture. Incoming signals in the 95 GHz range become phase-collimated by this bifocal lens and reflect off a rotating flat plate to be collected by Alpha’s scalar feed assembly. The rotating flat plate

conical horn

Abstract: Feed horn
Contextual Info: Application Note: Applications of Circular Mode Antenna Components A pplications These circular mode antenna components can be used with a variety o f radiating antennas including feed horns, Cassegrains, lens, or circular horn antennas. A Cassegrain antenna is most useful when the required

Antenna horn

Abstract: antenna ku W-band antenna b 857
Contextual Info: Series 857 Spot-Focusing Horn Lens Antenna Features I Focus to a Wavelength Spot / Size I Far-Field Focusing Ability I Compact and Rugged Horn-Lens Combinations I Stable Electrical Operation Description The Series 857 antenna consists o f a conical feed hom

parabolic antenna sidelobe

Abstract: ALPHA INDUSTRIES linear circular feed Antenna horn 20 db x band parabolic antenna
Contextual Info: Series 863/868/869 Scalar Feed Horns Series 863 - Series 868 I Polarization Insensitive I Axially Symmetric Over Waveguide Band for Multimode Operation • True Fixed Phase Center I Nominal Sidelobes of -30 dB for Both E-Plane and H-Plane I Secondary Aperture Efficiency of

ALPHA INDUSTRIES

Abstract: Monopulse ANTENNA parabolic
Contextual Info: Miniaturized M illim eter Wave Monopulse Comparator Feed Assembly Features I Deep Null Depth > 30 dB I High Efficiency > 55% I Excellent Performance I Small Size > Light Weight I Planar W aveguide Description Applications Alpha’s miniaturized millimeter wave monopulse

Monopulse

Contextual Info: Monopulse Special Antennas 4721 -959 In addition to standard prime focus, Cassegrain, and horn-type antennas, there are unique system applications that require special antennas. Monopulse and conical scan antennas are available for precise tracking requirements. Remote polarization

Contextual Info: Series 858 High Efficiency Horn Lens Antennas Features I Com pact and Rugged Scalar Horn with Lens Correction I Low Sidetobes in all Planes I High Beam Efficiency > No Aperture Blockage I No Spillover, Power Loss, or Feed Line Loss I Equal E-Plane and H-Plane Beamwidths

Monopulse

Contextual Info: M iniaturized M illim eter Wave Monopulse Com parator Feed Assem bly Features I Deep Null Depth > 30 dB I High Efficiency > 55% I Excellent Performance I Small Size I Light Weight I Planar Waveguide D escription Applications Alpha’s miniaturized millimeter wave monopulse

conical horn

Abstract: Monopulse
Contextual Info: Application Note: Planar Waveguide for Miniature Monopulse Comparators Monopulse comparators are normally constructed by joining 3 dB hybrids together with equal lengths of transmission line; these perform very well at frequen­ cies from 1 to 10 GHz. Advances in stripline and

Waveguide antenna

Contextual Info: Application Note: Planar Waveguide for M iniature Monopulse Com parators Monopulse comparators are normally constructed by joining 3 dB hybrids together with equal lengths of transmission line; these perform very well at frequen­ cies from 1 to 10 GHz. Advances in stripline and

Contextual Info: Series 832/833 Conical Scan Antennas Features I High Gain, Low Cost Tracking Antenna I Stable Electrical Operation I Rugged Construction I Conical Scan Tracking with No Rotary Joint I Minimal Spillover for Low Noise Performance I 12.4 GHz to 220 GHz Operation

conical horn

Abstract: Feed horn ALPHA INDUSTRIES linear circular feed Antenna horn
Contextual Info: Application Note: Alpha’s M iniature Lens Antenna Accepts any Polarization The advent of practical millimeter wave systems has opened up new possibilities for miniaturizing all types o f antennas. It has been possible to develop a 1.5 inch diameter lens antenna that combines high performance

elint

Contextual Info: Application Note: Alpha’s Miniature Lens Antenna A ccep ts any Polarization The advent of practical millimeter wave systems has opened up new possibilities for miniaturizing all types of antennas. It has been possible to develop a 1.5 inch diameter lens antenna that combines high performance