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Flap Panel Antenna Models Covering Frequency Range from 4.0 to 40 GHz
Flat Panel Antennas Easily Combined to Form High Gain Antenna Aperture
Monopulse Capable Flat Panel Antennas External Combining and Feeding Networks
Models Covering Ka-Band Frequencies from 24 to 38 GHz
Right Hand (RH) and Left Hand (LH) Polarized Antennas, 21 dBic and 25 dBic Models
Combine Multiple Flat Panel Antennas Into Larger Size Array Using Waveguide Combiners (4-way and 2-way).
Circular polarization is defined with an electromagnetic wave rotating with time at a steady rate in a corkscrew pattern. CP antennas offer performance independence from polarization of the transmitter/receiver antenna, which allows improved propagation through the ionosphere, and reduction of multi-path interference.
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Ka-Band covers frequencies from 26.0 to 40.0 GHz. The Ka-band frequency allows for smaller antennas, which can be used in high-resolution radars, wireless point-point microwave communication links, vehicle speed detection systems, and satellite communications.
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Ku-Band covers frequencies from 18.0 to 26.0 GHz. The Ku-band is widely used for satellite and line-of-sight communication. Has less terrestrial interference than lower frequency bands. In Ku-Band signals can experience some attenuation due to rain drops.
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Narrow band antennas are cost efficient alternative to our standard flat panel antennas, while maintaining same low profile, weight, and high power handling. These are linearly polarized antennas.
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Waveguide to coaxial adapters allow an efficient adaptation from a rectangular waveguide to a coaxial connector. Adapters can be used with flat panel antennas or in stand alone applications. Low insertion loss and VSWR over full waveguide bandwidth are typical for these waveguide to coax adapters.
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Waveguide combiners are used to combine multiple flat panel antennas into a larger size array. Most common models are 4-way combiners with 2x2 antenna array configuration. Typical 4-way low loss, waveguide combiner allows for about 6 dB of antenna gain improvement. Custom combiners with sum, difference, and full monopulse signal outputs are available on request.
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The X-Band as defined by IEEE is a frequency range from 8 to 12 GHz. The X Band has extremely low rates of atmospheric attenuation in comparison to higher frequency bands. The X-Band is most often used for radar applications as well as satellite and terrestrial communications.
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