Hills Antenna SMA Connector Male Crimp for LL240 Cable - Gold Plated Body

Elevate your RF setups with the Hills Antenna SMA Connector Male Crimp for LL240 Cable - Gold Plated Body – a premium 50 Ohm crimp connector precision-engineered for LL240 coax cable, delivering ultra-low-loss signals up to 6GHz for outstanding performance in TV antennas, high-frequency radios, or wireless networks. Crafted from gold-plated brass for exceptional conductivity and corrosion resistance, this SMA male connector achieves low VSWR (≤1.2) and contact resistance (≤3mΩ center, ≤2.5mΩ outer), ensuring distortion-free transmission with minimal power drop. Built for demanding environments with a broad temperature range (-65°C to 165°C), robust insulation (≥5000MΩ), and 500+ mating cycles, it withstands 1000V r.m.s voltage for safe, reliable use indoors or out. The crimp design enables quick, secure assembly with standard tools, while RoHS compliance keeps it eco-friendly. Packaged in a poly bag for convenience and backed by a 1-year warranty, this gold-plated connector is the professional's choice for high-fidelity, enduring terminations that excel.

Features:

• 50 Ohm Impedance Match: Optimized for LL240 coax cable, providing low reflection and maximum efficiency in RF systems.
• Wide Frequency Range: Supports DC to 6GHz with VSWR ≤1.2, ideal for high-speed TV, radio, and wireless applications.
• Ultra-Low Contact Resistance: ≤3mΩ center and ≤2.5mΩ outer for superior conductivity and reduced signal loss.
• High Voltage Durability: Withstands 1000V r.m.s and operates safely up to 335V r.m.s, with ≥5000MΩ insulation for secure performance.
• Extreme Temperature Tolerance: Operates from -65°C to 165°C, built for harsh indoor or outdoor environments.
• Gold-Plated Brass Construction: Enhances signal integrity and corrosion resistance, RoHS compliant for eco-friendly use.
• Long-Lasting Crimp Design: ≥500 mating cycles for repeated connections without wear.
• Easy Installation: Crimp-style for fast, tool-assisted assembly on LL240 cable, no soldering required.