Lily Brown Logarithmic Periodic Antenna 0.1-12GHz High Gain Radio Detection

Lily Brown Logarithmic Periodic Antennas

The HT8 hand-held log-periodic antenna from Lily Brown offers versatile performance for a wide range of radio applications. It supports both horizontal and vertical polarization, making it ideal for directional radio transmission and reception, source reconnaissance, direction finding, broadband spectrum analysis, amplification, and EMI/EMC measurements.

This antenna covers common radio frequencies used in communication, UWB, Wi-Fi, mobile communication (2G, 3G, 5G), and other radio systems. The rear of the antenna features a mounting hole, allowing for independent use or fixation at the focal position of SA6 or parabolic reflectors as a feeding source.

Key Features

• Supports horizontal or vertical polarization
• Ideal for directional radio transmission and reception
• Suitable for source reconnaissance and direction finding
• Excellent for broadband spectrum analysis, amplification, and EMI/EMC measurements
• Covers common communication frequencies including UWB, Wi-Fi, 2G, 3G, and 5G
• Features a mounting hole for fixed installations
• Can be used as a feeding source for parabolic reflectors
• Offers good directivity, high gain, and a compact size
• Frequency range: 100MHz - 12GHz
• Near-field measurement capability from 100MHz to 400MHz
• Near-field and far-field measurement capability from 400MHz to 12GHz
• Low standing wave ratio
• Gain: 7-12dBi
• Impedance: 50 Ohms
• Excellent directivity across the entire frequency band with small side lobes
• Suitable for direction finding applications

Specifications

• Brand: Lily Brown
• Model: HT8
• Frequency Range: 0.1GHz - 12GHz (100MHz - 12GHz)
• Gain: 7-12 dBi
• Impedance: 50 Ohms
• Interface Type: SMA external thread inside hole
• Dimensions: Approximately 405mm x 255mm x 1.8mm

The antenna's advanced design and superior functionality ensure optimal transmission and reception, providing a seamless experience for various radio detection and analysis tasks.