The N Female 4Hole Flange Connector for RG141RG402 Cable is designed to provide strong mechanical structure along with superior RF performance. This rugged connector features the N-Type interface that can be utilized with a broad variety of RF equipment, including laboratory test equipment, test racks, base stations, etc as well as custom communication enclosures. The N Female 4Hole Flange is designed to be used with semi-rigid or low-loss cables including RG141 and RG402 (.141)coax cable. This high performance connector features an internal structure that is designed to provide consistent impedance and low VSWR to minimize signal reflections and ensure low signal loss. The strong conductive materials and rugged outer housing provide excellent shielding and durability. This RF connector is easy to install by experienced RF technicians by first stripping the cable ends and then attaching the stripped ends by either soldering or crimping, depending on the type of connector. Once the connectors are installed on the N Female flange can be mounted on a panel or bulkhead by simply screwing in place using four screws. The N Female interface features a rugged threaded connection that can be connected to any standard N-Type male plug. The N Female 4Hole Flange Connector for RG141RG402 Cable is an ideal connector for any RF assembly, including custom assemblies, repairs and upgrades to existing systems as well as test fixture construction. This versatile, rugged and reliable connector will provide high performance in both laboratory and field applications.

• N female interface compatible with standard N male RF connectors
• 4-hole flange mount for secure panel or bulkhead installation
• Designed for use with RG141 and RG402 (.141) coaxial cables
• Maintains 50-ohm characteristic impedance for reliable RF performance
• Rugged construction for stable connections in vibration-prone environments
• Low-loss
• low-reflection design to help preserve signal integrity
• Suitable for semi-rigid or low-loss cable assemblies in demanding RF systems
• Threaded N-type coupling for strong
• repeatable mating cycles