LPHP-800-2000
High Power Military Log Periodic Antenna
| Model | Product Description | Frequency | Gain | Download | Enquiry | |
|---|---|---|---|---|---|---|
| LPHP-800-2000 | High Power Military Log Periodic Antenna | 800-2000MHz | 9 dBi |
The LPHP-800-2000 is a high-power, high-gain Log Periodic Dipole Antenna (LPDA) designed for rigorous directional transmission and reception across the 800–2000 MHz spectrum. Engineered for mission-critical Electronic Warfare (EW), signal intelligence (SIGINT), and high-capacity communications, this antenna delivers a consistent 9 dBi gain and a formidable 400-watt power handling capacity. Enclosed in a ruggedized fiberglass radome and fully compliant with MIL-STD-810G, the LPHP-800-2000 is built to maintain tactical dominance in the harshest global environments.
Design: Wideband Precision & High-Wattage Denial
The LPHP-800-2000 is optimized for operators who require a single, high-performance aperture to cover multiple high-traffic bands, including GSM, CDMA, UMTS, and the 1.2/1.5 GHz GNSS ranges.
- High-Intensity 400W Power Handling: Built to sustain continuous-duty electronic attack missions, this antenna manages up to 400 Watts of RF throughput. This exceptional power rating ensures the ability to "punch through" adversary signals at significant standoff distances.
- Directional 9 dBi Gain: By focusing RF energy into a defined 55° horizontal and 45° vertical beamwidth, the LPDA establishes a dominant Jamming-to-Signal (J/S) ratio. Unlike standard omni antennas, the directional nature of the LPHP-800-2000 allows for surgical signal denial while protecting friendly forces behind the aperture.
- Non-Loading Technical Excellence: This array does not utilize loading techniques to artificially reduce size. This "pure" LPDA design ensures linear performance, constant gain, and a stable radiation pattern across the entire 800–2000 MHz bandwidth.
- Integrated Lightning Protection: The antenna operates at D.C. ground, providing a low-resistance discharge path that protects sensitive transmitters and receivers from lightning strikes and static noise.
Construction: MIL-SPEC Hardened Architecture
Constructed using aerospace-grade materials, the LPHP-800-2000 is designed for long-term deployment in saline coastal areas and extreme climates.
- Fully Welded 6063T6 Aluminum: Radiating elements are fully welded to the square-tube support booms. This prevents RF inter-modulation (PIM) and ensures the antenna remains mechanically stable under high-vibration conditions.
- Fiberglass Radome Protection: All elements are housed within a tapered, ruggedized fiberglass radome. This high-tech enclosure is 100% RF-transparent, reduces wind loading, and prevents ice formation, ensuring the antenna survives winds up to 200 Km/Hr.
- Environmental Stealth: Finished in Olive Green (RAL6003) powder coating, the antenna provides excellent corrosion resistance and a low visual signature. The mounting hardware is entirely stainless steel to prevent oxidation.
- MIL-STD-810G Certified: Rigorously tested for shock, vibration, salt fog, fungus resistance, and extreme temperatures (-32°C to +70°C).
Technical Features
- Unified 800–2000 MHz Coverage: Single-antenna solution for GSM, CDMA, UMTS, GPS, and more.
- Front-to-Back Ratio of 16 dB: Minimizes back-lobe radiation for secure tactical operations.
- N-Female Termination: Fixed at the back end for easy, low-loss coaxial integration.
- Compact Footprint: At only 470 mm long, it is ideal for fast installation on fixed masts or mobile platforms.
- IP66 Rating: Completely dust-tight and protected against powerful water jets.
Design Features: The LPHP-800-2000 high power log periodic dipole antenna uses 6063T6 ultra corrosion resistant architectural anodized aluminium alloy with welded elements. The complete antenna is supplied with powder coating finish to protect it further from severe environment conditions. The LPHP-800-2000 log periodic dipole antenna is designed to provide wideband directional transmission/reception of radio signals from 800 to 2000MHz bands. The extra spacers are used between the support booms to improve mechanical durability of antenna. This high power high gain log periodic dipole antenna provides strong performance over the entire frequency of 800-2000MHz as the LPDA does not use loading technique to reduce the overall size of array. Powder coating of the complete log periodic antenna provides extra protection against corrosion in saline weather present in coastal areas.
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