DATASHEET:
Overview
The HX-CT3602A GNSS timing antenna is a full GNSS band antenna ideal for any global GNSS time synchronization application. Its filtering design allows for wideband coverage while achieving superior out-of-band rejection and high gain 28 dB performance. The small, conical design minimizes perching and provides runoff.
The HX-CT3602A supports GPS, GLONASS and GALILEO. It’s especially designed for timing, mobile, precision and military applications. It can produce superior multipath signal rejection.
This antenna features a highly circular wideband patch element with a high-performance Low Noise Amplifier. This configuration provides excellent axial ratio that is constant across the full frequency band.
The HX-CT3602A is housed in a permanent mount industrial-grade weatherproof enclosure and is available with a wide variety of connectors. This antenna is also customizable in radome.
Features
- High Performance Timing Antenna
- Reliable and Consistent Signal Tracking
- Rugged Enclosure for Tough Environments
Technical Specifications
| Performance | |
| GPS: | L1 |
| GLONASS: | L1 |
| Galileo: | E1 |
| BeiDou: | B1I/B1C |
| QZSS: | L1 |
| Polarization: | RHCP |
| Peak Gain: | >3dBic |
| Impedance: | 50Ω |
| Beam Width: | 60° |
| Axial Ratio: | <eq;3dB max |
| Out-of-band Rejection: | >60dB(f0±100MHz)360° |
| Low Noise Amplifier | |
| LNA Gain: | 28±3dB |
| Noise Figure: | <eq;3.5dB max |
| Supply Voltage Range: | 2.7～9V |
| Supply Current: | 9±3mA |
| Mechanical | |
| Dimensions: | φ60*54mm |
| Weight: | <eq;85g |
| Radome/Enclosure: | PC |
| Connector: | TNC Female |
| Screw Mount: | Screws Mount |
| ColoPole Mount: | White (black optional) |
| Environmental | |
| Operating Temperature: | -60 °C to +85 °C |
| Storage Temperature: | -60 °C to +85 °C |
| Mechanical Vibration: | Sine sweep 1g (0-p), 10~55~10Hz each axis |
| IP Rating (Housing): | IP67 |
Ordering
The HX-CVX606A ruggedized GNSS antenna from Harxon is available through TerrisGPS. Please use the Request Pricing form to contact us for further information.
