Field-Replaceable SMAs Minimize Loss From DC To 26.5 GHz
July 17, 2008 - Ipswich, MA - San-tron, Inc., a leading manufacturer of RF coaxial connectors and cable assemblies, has announced a full line of field-replaceable SMAs for applications from DC to 26.5 GHz (and with usable performance to 31 GHz). The connector families include models for mating with 0.012-, 0.015-, 0.018-, and 0.020-in. center pins to accommodate a wide range of RF/microwave circuit dimensions, with the smallest center pins offering the best high-frequency performance.

New Type N Connectors Offer Smooth Electrical Performance
From DC To 18 GHz
May 12, 2008 - Ipswich, MA - San-tron, Inc., a leading manufacturer of RF coaxial connectors and cable assemblies, has launched a line of rugged Type N connectors capable of mode-free performance from DC to 18 GHz. Traditional Type N connectors have been limited in performance to about 12.4 GHz. These new 18-GHz Type N connectors are fully compatible with standard Type N connectors and adapters, allowing users and designers of high-frequency components, systems, and test equipment to extend the performance of their hardware.

7/16 Panel Receptacle Reaches -175 dBc Intermodulation Level
April 15, 2008 - Ipswich, MA - San-tron, Inc., a designer and volume producer of RF Coaxial Connectors and Cable Assemblies, has announced the release of a new 7/16 panel receptacle that consistently delivers intermodulation levels of -175 dBc.

New eSMA™ Connector Creates Rugged, Flexible,
High Performance Cable Assemblies
April 12, 2007 - Ipswich, MA - San-tron, Inc., a manufacturer of RF coaxial connectors and cable assemblies, has announced the release of a new high performance connector to address the problem of signal transmission and fragility of solder joints in hand-formable cable assemblies. Santron’s new eSMA connector features a new extended ferrule and enhanced performance from an innovative internal design. This connector also features: failure-proof coupling nuts; EZ style, solder free, captivated center contacts; and a solder damming positive cable stop.