Amphenol is a world leader in the design, manufacture and supply of high-performance interconnect systems for harsh environment defense applications including vibration, pressure, humidity, nuclear radiation and severe temperature changes. We have unparalleled product breadth ranging from military specification connectors, customized high-speed board level interconnects, flexible to rigid printed circuit boards, backplane systems and integrated assemblies. Our solutions span most defense end markets including avionics, communications, engines, ground vehicles and tanks, homeland security, naval, ordnance and missile systems, radar systems, rotorcraft, satellite and space programs and unmanned aerial vehicles (UAV).
EZ-240-TM-X is a TNC male (plug), straight EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact and low current density, ideal for cold and high-vibration environments. The threaded TNC design offers weatherproofing and higher-frequency performance than BNC.
EZ-400-BM-RA-X is a BNC male (plug), right angle connector for 400-size cables. It eliminates soldering with crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to prevent FOD. BeCu pins ensure strong contact in cold and high-vibration environments. The bayonet-style coupling allows fast, secure connections with a simple quarter-turn.
EZ-400-BM-X is a BNC male (plug), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure reliable contact in cold, high-vibration conditions. The bayonet-style BNC coupling allows fast, secure connections with a quarter-turn.
EZ-400-NF-BH-X is a Type N female (jack), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong, stable contact in cold or high-vibration conditions. MIL-C-39012 compatible and weatherproof for high-performance RF systems.
Type N, female (jack), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. The EZ-400-NF-X features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact and low current density, ideal for cold, high-vibration environments. MIL-C-39012 compatible and weatherproof.
EZ-400-NMC-2-D is a Type N male (plug), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins provide strong, stable contact in cold and high-vibration conditions. Weatherproof and MIL-C-39012 compatible for critical RF systems.
EZ-400-NMH-PL-X is a Type N male (plug), straight EZ connector for FBT-400 and LMR®-400-LLPX® cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to prevent FOD. BeCu pins ensure strong contact in cold and high-vibration environments. Durable and weatherproof, it meets MIL-C-39012 standards for reliable RF performance.
EZ-400-NMK-X is a Type N male (plug), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to prevent FOD. BeCu pins ensure strong contact in cold, high-vibration environments. Weatherproof and MIL-C-39012 compatible for reliable, high-performance RF systems.
EZ-400-UM-X is a UHF male (plug), straight EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure solid contact in cold, high-vibration conditions. UHF connectors are ideal for low-frequency RF systems where impedance matching isn’t required.
FBT-195 is a flexible, low-loss, high-power coaxial cable engineered for demanding applications such as semiconductor manufacturing, high-power radar systems, and laser technologies. With excellent shielding and power handling, it ensures reliable performance in harsh environments where precision and durability are critical.
FBT-240 is a flexible, low-loss, high-power coaxial cable engineered for RF systems in semiconductor manufacturing, high-power radars, lasers, and other demanding applications. With a UL/NEC CL2P plenum rating, it is ideal for indoor/outdoor use in return-air plenums, offering excellent shielding, low PIM, and reliable performance in critical environments.
FBT-300 is a flexible, low-loss, high-power coaxial cable specifically designed for demanding applications such as semiconductor manufacturing, high-power radar systems, laser technologies, and other RF-intensive environments.
FBT-400 is a flexible, low-loss, high-power coaxial cable designed for demanding RF applications such as semiconductor manufacturing, high-power radars, and laser systems.
FBT-500 is a flexible, low-loss, high-power coaxial cable engineered for advanced applications such as semiconductor manufacturing, high-power radar systems, and laser technologies.
FBT-600 is a flexible, low-loss, high-power coaxial cable designed for critical applications such as semiconductor manufacturing, high-power radars, and laser systems.
Amphenol FSI Fiber Flex planes provide high density routing of fiber optic channels on a flexible substrate for backplanes and systems that require high density optical interconnects. Our flex planes fill the requirment of wire and cable management to maximize airflow inside LRUs and communication systems. Fiber Flex planes provide a manageable method of routing fiber from interface to interface.
Amphenol is vertically integrated to provide fiber optic termini, connectors, and cable assemblies as a single solution. Single-mode and multi-mode cable assemblies in a variety of cable configurations, from simplex jumpers to multi-fiber custom assemblies.