Amphenol is a leading provider of high-performance interconnect systems and components to the commercial aerospace market. In addition to connector and interconnect assembly products, we also provide rigid and flexible printed circuits as well as high-technology cable management products. Our products are specifically designed to operate in the harsh environments of commercial aerospace while also providing substantial weight reduction, simplified installation and minimal maintenance. Our solutions primarily address aircraft and airframe power distribution, avionics, controls and instrumentation, engines, in-flight entertainment, in-flight internet connectivity, lighting and control systems, and wire bundling and cable management.
MilTech® 160 coaxial assemblies from Times Microwave are engineered for high-performance RF and microwave applications in extreme environments. These hermetically sealed, flexible transmission lines are fully vapor sealed and ruggedized to ensure long-term reliability. Qualified for commercial and military airborne systems, MilTech® 160 delivers consistent signal integrity and durability.
MilTech® 160-XR Ruggedized offers hermetically sealed, flexible RF and microwave assemblies engineered for high-performance in harsh environments. These highly ruggedized transmission lines provide complete vapor sealing, deliver optimized performance, and meet strict qualification standards for commercial, military airborne, and other demanding applications.
MilTech® 175 assemblies are hermetically sealed, flexible RF and microwave cables engineered for reliable performance in harsh and high-vibration environments. These ruggedized transmission lines feature full vapor sealing and are optimized and qualified for commercial, military airborne, and other demanding applications.
MilTech® 175-XR Ruggedized features hermetically sealed, flexible RF and microwave assemblies built to perform reliably in extreme environments. These highly ruggedized transmission lines deliver full vapor sealing, optimized performance, and proven durability for commercial, military airborne, and other demanding applications.
MilTech® 230-XR Ruggedized are hermetically sealed, flexible RF and microwave assemblies engineered for maximum durability in extreme environments. These highly ruggedized and fully vapor-sealed transmission lines are optimized and qualified for commercial, military airborne, and other demanding applications.
MilTech® 340-XR Ruggedized are hermetically sealed, flexible RF and microwave assemblies designed for extreme durability and high-reliability performance. These highly ruggedized, fully vapor-sealed transmission lines are optimized and qualified for commercial, military airborne, and other demanding applications.
Amphenol offers a multi-channel circular connector with high-density MT fiber optics. This connector uses MT ferrules. Ferrules are available in either 12-fiber or 24-fiber versions, in multi-mode PC, single-mode PC, and single-mode APC configurations. 2 arrangements are available -- shell size 11 with one ferrule and shell size 21 with four ferrules.
MilTech® 650 assemblies are hermetically sealed, flexible RF and microwave solutions designed for robust performance in the most challenging environments. These ruggedized transmission lines feature complete vapor sealing and are thoroughly optimized and qualified for commercial, military airborne, and other demanding applications.
MilTech® 210 Light-Weight are hermetically sealed, flexible RF and microwave assemblies built for superior performance in harsh and high-stress environments. These ruggedized and fully vapor-sealed transmission lines are specifically optimized and qualified for use in commercial, military airborne, and other demanding applications.
MilTech® 230 Light-Weight are hermetically sealed, flexible RF and microwave assemblies built for durability and high performance in challenging environments. These ruggedized transmission lines are fully vapor sealed and engineered for reliability in commercial, military airborne, and other mission-critical applications.