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Availability: approx. 2 weeks
Item #: UC-1574-431R -
NSN No. 5985015756908 (SMA Male) Amplified/Active GPS/GNSS Antenna Description The UC-1574-431R is a Quadrifilar Helix Antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with GPS L1, 1.5754 GHz receivers and systems. It features a built-in, robust (+10 dBm IIP3, In -5 dBm/Out +18 dBm P1dB), +22 dB Low Noise Amplifier, preceded by a GPS filter, and followed by another GPS filter (2 filters). This combination of a small QFHA, a tough LNA and 2 filters, makes the UC-1574-431R an ideal antenna...
Availability: Approx 7 days
Item #: UC-1574-341 -
The UC-1574-341RS is a Quadrifilar Helix antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with L1 (1.5754 GHz) GPS receivers and systems. For embedded and weight sensitive applications (such as self-buoyant air and water platforms, like balloons and buoys), we offer a 30 gram (1 oz) lightweight version of the UL-1574-341R-LIGHT (select from above Base/Flange drop down menu). It is enclosed in a light housing, measuring 27.5 mm (1.08") OD x 99 mm (3.9") L, with an SMA Female connector at...
Availability: Approx 7 days
Item #: UC-1574-653R -
Small GNSS/GPS Antenna Description The Small GNSS Antenna, model UC-1574-653R, is a compact Quadrifilar Helix GPS Antenna, intended for reduced size, portable products. It is a lightweight QFHA and its internal design is tolerant to mechanical vibration, making it a better choice than ceramic patches for certain challenging environments. The UC-1574-653R attaches via a bottom SMA Female connector (UC-1574-653RS), or its 9/16"-18 threaded plastic base. An O-ring seals the interface from water....
Availability: No Stock - In our manufacturing queue
Item #: UC-1614-341RM -
Passive GLONASS, BeiDou, GPS, GNSS, Iridium Combination Antenna The UC-1614-341RM is a Quadrifilar Helix antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with GPS L1, 1.5754 GHz receivers, Russian GLONASS Navigation System and 1.6 GHz Iridium modems/transceivers. UC-1614-341RM Specifications: Frequency range: 1565-1585, 1600-1630 MHz Coverage: Hemispherical Polarization: Right-Handed, Circular (AR 3 dB) Gain: +2 dBic Nominal Impedance: 50 ohm (RF) Input Power: 1 Watt CW VSWR: 2.0 GRAPH...
Availability: approx. 2 weeks
Item #: UC-1574-341RSA -
The UC-1574-341RSA is a Quadrifilar Helix Antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with GPS L1, 1.5754 GHz receivers and systems. It features a built-in, robust (+24 dBm IIP3, +20 dBm P1dB), +10 dB Low Noise Amplifier with a dual, high rejection GPS filter (greater than 60 dB rejection of out of band signals). This combination of a small QFHA, a tough LNA and a high-rejection filter makes the UC-1574-341RSA an ideal antenna for harsh electromagnetic environments, or in...
Availability: approx. 2 weeks
Item #: UC-1574-341RM -
The UC-1574-341RM is a Quadrifilar Helix antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with GPS L1, 1.5754 GHz receivers and systems. SPECIFICATIONS: Frequency range: 1565-1585 MHz Coverage: Hemispherical Polarization: Right-Handed, Circular (AR 3 dB) Gain: +3 dBic Nominal Impedance: 50 ohm (RF) Input Power: 1 Watt CW VSWR: 2.0 GRAPH Connector: MMCX, Male on a low loss, 24" Flexible RG-405 cable Dimensions: Housing 4 cm (1.5") OD x 11 cm (4.5") h Bottom flange 5 cm (2") OD x 13 mm...
Availability: Out of Stock
Item #: UC-1574-341RMA -
The UC-1574-341RMA is a Quadrifilar Helix Antenna (4 cm/1.5" OD x 11 cm/4.5" H) designed for use with GPS L1, 1.5754 GHz receivers and systems. It features a built-in, robust (+24 dBm IIP3, +20 dBm P1dB), +10 dB Low Noise Amplifier with a dual, high rejection GPS filter (greater than 60 dB rejection of out of band signals). This combination of a small QFHA, a tough LNA and a high-rejection filter makes the UC-1574-341RMA an ideal antenna for harsh electromagnetic environments, or in...
Availability: Approx 6-8 weeks
Item #: LNA-1575-349 -
LNA-1575-349, RF rugged GPS L1 Booster, consisting of a +8 dB gain Low Noise Amplifier with a built-in sharp Filter and SMA Female connectors. LNA power may be provided through the RF Output SMA connector, or through a DC power input SMA connector. It is very tolerant of wide voltage variations and DC input voltage range. Minimum supply voltage for nominal operation is +5.5 VDC. Operation at lower voltages gracefully derates performance of the LNA. The combination of a high IP3 and P1dB, tied...