More details
Product Overview:
The LPDA (Log-Periodic Dipole Array) Outdoor Antenna is designed for high-gain, directional reception of radio signals across a wide frequency range. Ideal for outdoor installations, this antenna enhances signal strength and reception quality for various applications including telecommunications, broadcast, and wireless data transmission.
Key Features:
High Gain:
Provides high gain across multiple frequency bands, ensuring efficient signal reception.
Wide Frequency Range:
Covers a broad spectrum of frequencies, making it suitable for diverse communication systems and technologies.
Directional Reception:
Focused reception pattern for targeted signal capture, reducing interference from unwanted signals.
Weather-resistant Design:
Built with durable materials to withstand outdoor elements such as rain, wind, and UV exposure.
Easy Installation:
Comes with mounting hardware and instructions for straightforward installation on poles or masts.
Technical Specifications:
Frequency Range:
Specify frequency bands supported (e.g., 700-2700 MHz)
Gain:
Specify gain in dBi or dBd (e.g., 8 dBi)
Beamwidth:
Horizontal and vertical beamwidth angles (e.g., 70° horizontal, 60° vertical)
VSWR:
Voltage Standing Wave Ratio for impedance matching (e.g., ≤ 1.5)
Impedance:
50 Ohms
Connector Type:
N-Female or specify connector type
Material:
Weatherproof aluminum alloy or fiberglass construction
Mounting:
Pole mount or mast mount
Dimensions:
Specify antenna dimensions (e.g., length x width x height)
Weight:
Specify antenna weight (e.g., 2 kg)
Applications:
1. Cellular network installations
2. Wireless broadband access
3. Point-to-point communication links
4. Remote monitoring systems
5. Public safety communication networks
Package Contents:
1. LPDA Outdoor Antenna
2. Mounting brackets and hardware
3. User manual
Warranty:
Standard manufacturers warranty (specify duration)
Certifications:
CE, RoHS compliance
Note:
Ensure proper grounding and installation by qualified personnel for optimal performance and safety.
