Hills Antenna TNC Male to BNC Female Adaptor - Nickel Plated Body

Seamlessly blend TNC and BNC connections with the Hills Antenna TNC Male to BNC Female Adaptor - Nickel Plated Body – a compact 50 Ohm straight adaptor that bridges male TNC to female BNC interfaces for reliable, low-loss signal transfer up to 2GHz, keeping your TV antennas, radio systems, or monitoring gear performing without distortion or fade. Precision-machined from nickel-plated brass for top-notch corrosion resistance and durability, this versatile connector offers low VSWR (≤1.2) and contact resistance (≤1mΩ center, ≤2.5mΩ outer), ensuring clean, efficient performance in everyday or pro setups. Tough for real-world use with a wide temperature range (-55°C to 155°C), high insulation (≥5000MΩ), and 500+ mating cycles, it handles working voltages under 500V r.m.s and withstands up to 1500V r.m.s for safe operation indoors or out. Plug-and-play straightforward and RoHS compliant, it's the quick solution for mismatched cables in homes, vehicles, or workshops. Packaged neatly in a poly bag and backed by a 1-year warranty, this adaptor keeps your signals sharp and connected.

Features:

• 50 Ohm Impedance Match: Seamlessly joins TNC male to BNC female for minimal reflection and optimal RF efficiency.
• Broad Frequency Coverage: Supports DC to 2GHz with VSWR ≤1.2, ideal for TV, radio, and monitoring without signal drop.
• Low Contact Resistance: ≤1mΩ center and ≤2.5mΩ outer for efficient power flow and reduced noise in every connection.
• High Voltage Safety: Operates under 500V r.m.s, withstands 1500V r.m.s, and offers ≥5000MΩ insulation for secure, stable setups.
• Rugged Temperature Tolerance: Functions from -55°C to 155°C, designed for reliable indoor or outdoor conditions.
• Corrosion-Resistant Nickel Plating: Brass body with nickel finish for weatherproof, eco-friendly (RoHS compliant) longevity.
• Straight-Body Simplicity: Effortless plug-and-play for fast, secure joins without tools or complications.
• Built to Last: ≥500 mating cycles for repeated use in antennas, boosters, or test equipment.