Commercial Aerospace
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.
Visit our global sites to learn more: Amphenol Military & Aerospace
Push-Button Switches
Wide variety of momentary and push-pull switches. Switches can be combined with other connector options. The switches are qualified to MIL-S-8805/3 or MS25089 specifications. Custom switches are available including our IP-68 Hydro Switch.
Quadrax Contacts
High-Speed Quadrax contacts consist of an outer contact with four inner contacts spaced to form two 100 or 150 Ohm controlled impedance differential pairs. Both contacts, when used in D38999 Series III and ARINC connectors, provide an excellent alternative for harsh environment applications such as Ethernet 100 Base-T-100 Ohm, Gigabit Ethernet 1000 Base-T-100 Ohm, Fibre Channel-150 Ohm.
Quadrax Contacts
High-Speed Quadrax Contacts consist of an outer contact with four inner contacts spaced to form two 100 or 150 Ohm controlled impedance differential pairs. Both contacts, when used in Amphenol MIL-DTL-38999 Series III and ARINC type connectors, provide an excellent option for harsh environment applications.
Quick Mount Relay Sockets
Quick Mount Relay Sockets snap mount into standard aircraft panel cutouts and eliminate all socket-to-bulkhead mounting hardware. Simplifying installation, reducing weight, and installation cost. Sockets meet the applicable performance and dimensional requirements of M12883 and are compatible with Mil-Spec approved relays from any manufacture.
R27
The Amphenol R27 Series is a robust rectangular connector designed to meet or surpass all the requirements of MIL-DTL-83527 and EN 3682. This series is particularly well suited for military and commercial aircraft applications in harsh environments. Connectors, shells, inserts, termination modules, and contacts are sold separately or as full assemblies. Can be filtered. See our 485 series.
R38 Series
These connectors are combinations of D-subminiature or Micro-D with RF contacts. Available in standard contacts, integrated, and reverse-gender integrated for lower-cost solutions. Have provided coax, triax, quadrax solutions for space, military, and commercial applications.
R39 - Rectangular 38999
Amphenol's rectangular 38999 connector soars to meet higher expectations. It is dynamically engineered for a changing world.
• Rectangular for space savings
• Low profile
• High density 127 position inserts or mixed inserts with power, RF, or fibre-optic available
• Blind mate
• Rugged
• Uses same contacts as standard 38999
R58
The Amphenol R58 series are high-performance environment-resistant, rectangular connectors designed to be compatible with all MIL-DTL-83733 connectors and Amphenol Canada is interchangeable with all M83733 connectors and the only qualified supplier for the Mil-Spec JN1122. Can be filtered. See our 458 series.
Rack and Panel Connector
Brush Rack and Panel connector series utilizes Amphenol’s durable and reliable B3 contact system in a rugged, non-floating Rack and Panel connector. Included in this series are digital and power/digital “hybrid” insert arrangements. The hybrid series utilizes Amphenol’s high-performance RADSOK® power contacts along with Amphenol’s proven B3 contact.
RADSOK®
RADSOK® technology is based upon a stamped and formed flat grid, uniquely twisted into a hyperbolic geometry to provide robust, high-density contact to the mating pin contact. This provides the high normal forces required for conductivity and provides a large conductive surface area. Correspondingly low voltage drop and low-temperature rise are also achieved while maintaining low insertion forces