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Chronos offers CTL-5011 an active L1/L2 dual frequency GPS antenna featuring compact lightweight design, suitable for military applications including ground, troops, marine and vehicles.
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This GPS L1/L2/L5 Galileo/GLONASS Omnistar Active Antenna has 40db Gain and is designed specifically to cover all GPS and GNSS carrier frequencies. Connector type N.
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Our advanced technology allows greater than +2.5dBic performance in both GPS L1 and L2 bands for ‘dual-frequency. This active antenna offers excellent LNA gain of 33dB at a very low DC current draw, 3dBiC and multiple connector options. It has exceptional phase-center stability as well as a significant measure of immunity against multipath interference.
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Our advanced technology allows greater than +2.5dBic performance in both GPS L1 and L2 bands for ‘dual-frequency. This is a specialist 3.3V active antenna which can be used with the DAGR receiver. This active antenna offers excellent LNA gain of 33dB at a very low DC current draw, 3dBiC and multiple connector options. It has exceptional phase-center stability as well as a significant measure of immunity against multipath interference.
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L1L2-2GP Passive L1/L2 GPS Antenna. The compact aerodynamic design makes the L1L2-2GP suitable for harsh environments and long-term operations. The spherical compounded radius-molded radome made of high-grade polymer. The design prevents ice/snow buildup, protects antenna from UV, rain and lightning strikes chemical and jet fuels.
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The CTL-7002 active multi frequency Antenna is designed for harsh environments and long-term operations. The spherical compounded radius-molded radome made of high-grade polymer. The design prevents ice/snow buildup, protects antenna from UV, rain and lightning strikes chemical and jet fuels.
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The CTL-7001 multi frequency GPS/GNSS Antenna is designed for harsh environments and long-term operations. The spherical compounded radius-molded radome made of high-grade polymer. The design prevents ice/snow buildup, protects antenna from UV, rain and lightning strikes chemical and jet fuels.
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