Xtragen, make in India Helix Antenna, 2401 - 5000 MHz, 2701 - 5000 MHz

The Xtragen Helix Antenna XT-GNSS-IGATHAV1-22 is a high-performance, multi-band GNSS antenna designed to deliver reliable and precise positioning across IRNSS, GPS, Galileo, BeiDou, SBAS, and QZSS constellations. Proudly Make in India, this antenna is engineered for demanding applications in navigation, surveying, timing, and scientific research where accuracy and durability are critical. Key Features: Supports IRNSS/GPS (L1/L5/S) applications with simultaneous multi-band coverage. High gain and excellent axial ratio for improved signal reception. Superior end-of-coverage performance, ensuring consistent connectivity even at low elevation angles. Robust design with screw mounting and SMA (F) connector for secure installation. Built to withstand harsh environmental conditions, with operating temperature from -20°C to +80°C. Electrical Specifications: Frequency Support: GPS (L1/L5), GLONASS (L1), Galileo (E1/E5a), BeiDou (B1), SBAS (L1/L5), IRNSS (L5/S), QZSS (L1/L5). Antenna Gain at Zenith: ≥ 3 ± 1 dBic. Antenna Gain at 75° from Zenith: ≥ 0 ± 0.5 dBic. Propagation Delay (L5 & S): ≤ 5 ns. Polarization: RHCP. Front-to-Back Ratio: ≥ 10 dB. Axial Ratio: < 3 dB in coverage from zenith. LNA Gain: ≥ 28 dB ± 2 dB. Noise Figure: ≤ 2 dB. Output VSWR: ≤ 2.0 within pass-band. Input Voltage: 5V. Current: < 120 mA. Out-of-Band Rejection: > 40 dB. Impedance: 50 ohm. Mechanical Specifications: Dimensions: Diameter 60 mm x Height 110 mm. Connector: SMA (F). Mounting: Screw Mounting. Operating Temperature: -20°C to +80°C. Applications: Geodetic and land surveying. Precision agriculture and mapping. Navigation and fleet management. Timing and synchronization systems. Scientific monitoring and research. The Xtragen XT-GNSS-IGATHAV1-22 Helix Antenna is the ideal solution for organizations seeking a compact, rugged, and high-accuracy GNSS antenna. With its advanced design, excellent multipath rejection, and stable performance across multiple constellations, it ensures dependable results for mission-critical applications.