N male clamp connectors are made for projects that require a strong signal as well as strong connectors. This 50-ohm RF connector is for use with coax cables such as LMR400, RG213 and RG8 and provides a secure and reliable connection to an N female connector on an antenna, amplifier, radio, test equipment, etc. The clamp style connector provides a strong mechanical grip to the cable to ensure consistent performance over time, even in harsh environments subject to vibration or movement. N male connectors provide low-loss and stable impedance for reliable RF performance in applications such as ham radio, repeaters, WLAN, cellular communication and general communication systems. N male plug connectors are commonly used with larger diameter cables and are easy to install while providing durable electrical performance. The connector body is typically made from brass which has been plated for corrosion resistance and the dielectric is designed to provide the correct spacing and impedance through the connector to form a reliable RF path with minimal reflections and loss. N male clamp connectors are a simple solution for feed line, cable repairs and new cable installations. They provide a professional and reliable cable end that can be used in fixed or mobile installations, indoors in a rack or outdoors on a roof or mast. Hobbyists, installers and engineers and maintenance engineers can use these connectors with cables with a outside diameter of 0.405" (10.4mm) such as LMR400, RG213 and RG8.

• Designed for 50-ohm coaxial cables such as LMR400
• RG213
• and RG8
• N male (N plug) clamp-style RF connector for secure terminations
• Compatible with larger 0.405" OD coaxial cable types in the same class
• Provides low-loss
• stable RF performance across a wide frequency range
• Mechanical clamp design offers strong cable retention and strain relief
• Suitable for antennas
• radios
• repeaters
• WLAN
• and general RF systems
• Metal body construction with corrosion-resistant plated finish
• Precision dielectric support to maintain consistent impedance through the connector