BNC Female Clamp for RG223/RG142 Cable - Professional coaxial connector designed for signal integrity and reliability in RF, test and measurement, instrument, broadcast and other applications that require a quality connection. Constructed for 50 Ohm operation this BNC Female Clamp is suitable for use with RG223 and RG142 double shielded coax cables, commonly used for low loss high frequency signal transmission with good noise immunity. The Clamp style of termination holds the outer jacket of the cable firmly in place, eliminating problems such as cable strain, pull-out or intermittent connection. A high quality BNC Female connector is fitted to the end of the cable, giving a low VSWR connection that will not attenuate the signal. The BNC Female interface connects to a BNC Male plug, commonly used on patch panels, test equipment and other systems. A bayonet style coupling gives fast and easy connection and disconnection, whilst providing a secure and vibration resistant joint. Ideal for use in mobile equipment, on test benches and in cramped rack spaces. The connectors are made from high quality metal with good conductivity and corrosion resistance. The connectors are easy to install providing a professional quality connection every time, ideal for use in the field or in production. BNC Female Clamp connectors are commonly used for making custom RF leads, replacing worn out connectors and for building test leads and harnesses. They provide a cost effective, high quality solution for use with RG223 and RG142 cables.

• Designed for RG223 and RG142 50 Ohm coaxial cables for precise fit and performance
• Standard BNC female jack interface compatible with common BNC male plugs
• Clamp-style cable retention for strong mechanical grip and strain relief
• Supports low-loss
• low-VSWR RF connections suitable for high-frequency applications
• Bayonet coupling mechanism for quick
• secure connect and disconnect
• Durable metal construction for long service life and stable electrical contact
• Suitable for RF
• test and measurement
• broadcast
• and general communication systems