The VortexWave Cavity-Backed Spiral Antenna lineup is designed to meet the demanding requirements of advanced communication systems with its superior broadband performance, circular polarization, and compact form factor. These antennas are crucial for satellite communication, particularly in LEO, MEO, and GEO satellites, ensuring reliable uplink and downlink operations across wide frequency ranges. In radar systems, including ground-penetrating radar and airborne radar, the VortexWave antennas offer exceptional frequency coverage and high sensitivity, enabling precise detection and tracking. For electronic warfare, these antennas provide robust capabilities for signal interception and jamming across extensive spectra.
Applications
Type | Frequency Range | RTBW | Datasheet/Price |
---|---|---|---|
Frequency Range | 500 MHz – 3 GHz | ||
VSWR | 2.5:1 (max) | ||
Impedance | 50 Ω | ||
Gain | -18 dBiC (freq = 1 GHz) >-3 dBiC (freq ≥ 2 GHz) | ||
Directionality | Directional | ||
Polarization | LHCP/RHCP | ||
3dB Beamwidth | 55o – 110o | ||
10dB Beamwidth | 110o – 200o | ||
Axial Ratio | <2 dB | ||
Beam Squint | <10o |
The VortexWave Cavity-Backed Spiral Antenna lineup is designed to meet the demanding requirements of advanced communication systems with its superior broadband performance, circular polariza
The VortexWave Cavity-Backed Spiral Antenna lineup is designed to meet the demanding requirements of advanced communication systems with its superior broadband performance, circular polariza
The VortexWave Cavity-Backed Spiral Antenna lineup is designed to meet the demanding requirements of advanced communication systems with its superior broadband performance, circular polariza