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Log Spiral Antenna 3.6dBi Typ. Gain, 1-12 GHz Frequency Range RM-LSA112-4R
Specifications RM-LSA112-4R Parameters Typical Units Frequency Range 1-12 GHz Impedance 50ohms Gain 3.6 Typ. dBi VSWR 1.8 Typ. Polarization RH circular Axial Ratio <2 dB Size Φ167*237 mm Deviation from omni ±4dB 1GHz Beamwidth 3dB E plane: 99° H plane: 100.3° 4GHz Beamwidth 3dB E plane: 91.2° H plane: 98.2° 7GHz Beamwidth 3dB E plane: 122.4... -
Log Spiral Antenna 4dBi Typ. Gain, 0.2-1 GHz Frequency Range RM-LSA021-4R
RF MISO’s Model RM-LSA021-4R is a right-handed circularly log spiral antenna that operates from 0.2-1GHz. The antenna offers a gain 4 dBi Typ. and low VSWR 1.8 with SMA-Female connector. It is specifically designed for fields with extremely high requirements for bandwidth and polarization adaptability, such as electronic reconnaissance, EMC testing, and broadband communication.
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Log Spiral Antenna 3dBi Typ. Gain, 1-10 GHz Frequency Range RM-LSA110-3R
RF MISO’s Model RM-LSA110-3R is a right-handed circularly log spiral antenna that operates from 1-10GHz. The antenna offers a gain 3dBi Typ. and low VSWR 1.8 with SMA-Female connector. It is specifically designed for fields with extremely high requirements for bandwidth and polarization adaptability, such as electronic reconnaissance, EMC testing, and broadband communication.
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Log Spiral Antenna 8 dBi Typ. Gain, 1-12 GHz Frequency Range RM-LSA112-8R
RF MISO’s Model RM-LSA112-8R is a right-handed circularly log spiral antenna that operates from 1-12GHz. The antenna offers a gain 8 dBi Typ. and low VSWR <2.5 with SMA-Female connector. It is specifically designed for fields with extremely high requirements for bandwidth and polarization adaptability, such as electronic reconnaissance, EMC testing, and broadband communication.
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RHCP Log Spiral Antenna 3.5dBi Typ. Gain, 0.1-1 GHz Frequency Range RM-LSA011-4R
RF MISO’s Model RM-LSA011-4R is a right-handed circularly log spiral antenna that operates from 0.1-1GHz. The antenna offers a gain 3.5 dBi Typ. and low VSWR 2.5 with SMA-Female connector. It is specifically designed for fields with extremely high requirements for bandwidth and polarization adaptability, such as electronic reconnaissance, EMC testing, and broadband communication.
