7/16 DIN Female to N Female Adapter

Description

The 7/16 DIN Female to N Female Adapter is a specialized “between-series” RF component designed to provide a high-reliability transition between two prominent connector standards. It features a 7/16 DIN Jack (Female) on one side, utilizing a large-format threaded interface designed for superior power handling, and an N-Type Jack (Female) on the other, featuring the standard threaded interface used widely in professional wireless infrastructure.

This adapter is indispensable for telecommunications engineers and technicians who need to join different cable types or interface high-power 7/16 DIN male cable ends with N-Type male connections. The precision-machined design ensures a constant 50 Ohm impedance, significantly reducing signal reflections and power loss. Constructed with a heavy-duty tri-metal (white bronze) or nickel-plated brass body and PTFE (Teflon) insulation, it maintains exceptional signal integrity and low VSWR up to 7.5 GHz. Its rugged, double-female configuration acts as a high-power coupler, ideal for both laboratory testing and long-term outdoor installations.

Key Technical Advantages

• Direct High-Power Transition: Enables a seamless, low-loss conversion between large-format 7/16 DIN systems and N-Type standards without the need for custom-spliced cables.

• Dual-Socket Versatility: The female-to-female configuration allows for the extension of cable runs or the adaptation of equipment ports featuring different connector standards.

• Rugged Mechanical Stability: The solid brass construction and heavy-duty threaded interfaces provide a durable housing capable of withstanding industrial and tower-top use.

• Superior RF Shielding: The solid metal assembly ensures a continuous ground path, providing excellent protection against EMI and RFI interference across high-frequency bands.

• Maximum Conductivity: High-purity silver or gold plating on the internal center contact sockets ensures ultra-low contact resistance and superior protection against oxidation.

Key Features

• Double-Female Configuration: Features a 7/16 DIN Jack (with socket) and an N-Type Jack (with socket) for joining two male plugs.

• High-Power Capacity: The 7/16 DIN interface is specifically designed to handle the high wattage requirements of macro cell base stations and broadcast transmitters.

• Premium PTFE Dielectric: Offers high thermal stability and maintains consistent electrical performance across its frequency range.

• Industrial Durability: Rated for at least 500 mating cycles, ensuring long-term reliability in demanding cellular and test environments.

• Standard 50 Ohm Impedance: Specifically engineered to match standard high-power communication and test instrumentation.

Technical Summary