7/16 DIN F CLAMP for 7/8 Feeder Cable

Description

This connector is engineered to handle the physical and electrical rigors of outdoor telecommunications infrastructure. The clamp design allows for secure field installation using standard hand tools, creating a 360-degree contact with the cable’s outer conductor to minimize signal reflections and intermodulation. It typically incorporates multiple silicone O-rings to achieve an IP68 waterproof rating, ensuring the feeder line remains moisture-free in extreme weather.

The internal construction utilizes PTFE (Teflon) insulation and silver-plated phosphor bronze contacts to maximize conductivity and minimize insertion loss. The 7/16 DIN interface is the industry standard for these high-power applications due to its mechanical strength and ability to withstand high installation torque without damaging the electrical interface.

Key Technical Advantages

• Optimized for 7/8″ Feeder: Specifically tailored to the geometry of large-diameter corrugated copper or aluminum outer conductors for maximum tensile strength.

• Low PIM Engineering: Constructed with non-magnetic materials to achieve ultra-low PIM (typically ≤ -160 dBc), protecting the sensitivity of high-speed data receivers.

• Field-Installable Clamp: Provides a reliable, airtight connection without the need for specialized hydraulic crimpers or soldering equipment.

• Weatherproof Reliability: Rated for IP68 protection, making it ideal for the harshest environments including coastal and high-humidity regions.

• Superior Power Handling: Capable of managing the high continuous wattage associated with high-power macro-cell base station transmitters.

Key Features

• Cable Compatibility: 7/8″ Corrugated Coaxial Cable (LDF5-50A, AVA5-50, LCF78-50).

• Impedance: 50 Ohm.

• Frequency Range: DC to 3 GHz (typical); up to 6 GHz in high-performance versions.

• Connector Type: 7/16 DIN Female (Jack/Socket).

• Body Plating: Tri-Alloy (White Bronze).

• Ingress Protection: IP68 (Mated).

🔹 Applications:

• High-power RF feeder cable termination
• Base station antenna connections
• Outdoor RF installations
• DAS systems
• Telecom infrastructure