Proven Non-Magnetic Designs
Non-Magnetic Connectors, Contacts, and Cable Assemblies
Phoenix’s non-magnetic products are uniquely designed and manufactured to ensure system performance is not compromised by magnetic distortion. Connectors, contacts, and cable assemblies are manufactured under strict quality controls using dedicated tooling in special manufacturing and assembly environments guaranteeing ferromagnetic materials are not present during the manufacturing process.
Non-Magnetic RF and Power Connectors
Phoenix’s line of non-magnetic RF Connectors includes standard cable groups and PCB configurations in 5 popular connector series. Additional cable groups, configurations, and RF connector series are available through in-house design and manufacturing for qualified applications. Power connectors are available in bulkhead-mounting configurations and in solder cup and printed-circuit pin terminations.
Non-Magnetic RF, Microwave, and Power Contacts
Phoenix offers the widest variety of Non-Magnetic RF, Microwave, and Power Contacts in the industry. Available for standard D-Subminiature connectors, these contacts can also be used in custom housings. This product line includes a variety of sizes, frequencies, impedances, and housings to provide a wide range of non-magnetic contact options. Standard and custom cable types can be accommodated to provide specific solutions for system performance optimization.
Non-Magnetic D-Subminiature Connectors
A comprehensive line of Non-Magnetic D-Subminiature Combination Connectors is available in a wide range of options. Select your arrangement of size-8 RF and Power Contacts, and 20-gauge Signal Contacts from over 20 insulator configurations along with the mounting style that fits your system.
Non-Magnetic Cable Assemblies
The Phoenix Company specializes in manufacturing Non-Magnetic cable assemblies using RF connectors and Microwave contacts for applications in the low Megahertz to the 40 Gigahertz range. Our cable assembly process and equipment optimize cable and connector performance across every cable assembly, while specifically designed test programs confirm compliance.
