BNC Female to N Female Adapter

Description

The BNC Female to N Female Adapter is a versatile RF interconnect designed to provide a reliable transition between two different connector architectures. This “between-series” adapter features a BNC Jack (Female) on one side, utilizing the classic bayonet-style locking mechanism for quick mating, and an N-Type Jack (Female) on the other, featuring a heavy-duty threaded interface for maximum stability and environmental protection.

This adapter is essential for engineers and technicians who need to connect standard N-Type cable assemblies to BNC-equipped oscilloscopes, signal generators, or wireless devices. The precision-machined body ensures a constant 50 Ohm impedance, significantly reducing signal reflections and power loss. Constructed with high-quality brass and PTFE (Teflon) insulation, it maintains exceptional signal integrity and low VSWR up to 4 GHz (BNC limited). The rugged design is built to withstand frequent mating cycles in both field and laboratory environments.

Key Technical Advantages

• Seamless Series Transition: Provides a direct, low-loss conversion between BNC and N-Type interfaces without the need for custom cable assemblies.

• Rugged Mechanical Stability: The N-Type female side provides a heavy-duty threaded connection, while the BNC side allows for rapid connection and disconnection.

• Superior RF Shielding: The solid brass construction ensures a continuous ground path, providing excellent protection against EMI and RFI interference.

• Precision Impedance Matching: Engineered to maintain a strict 50 Ohm impedance to prevent signal distortion in sensitive measurement applications.

• Maximum Conductivity: High-quality plating on the center contacts ensures low contact resistance and excellent corrosion resistance over time.

Key Features

• Double-Female Configuration: Features a BNC Jack (with socket) and an N-Type Jack (with socket) for joining two male cable ends.

• Bayonet & Threaded Hybrid: Combines the convenience of the BNC quick-lock with the high-strength threading of the N-Type interface.

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

   

• Weather-Resistant Design: Built to handle the physical demands of outdoor antenna installations and industrial environments.

• Industrial Durability: Rated for long-term use with high-quality mating surfaces that resist wear through hundreds of cycles.

Technical Summary