HVR®420

1.6-5.6 connectors perform at 75 Ohm up to 4/12 GHz and are characterized by high mechanical and electrical stability. They are mainly used for reliable transmission of high bit-rates. IInd and IIIrd generation 1.6-5.6 connectors are intermateable and feature different coupling mechanisms for allowing male types to be connected to all female types. The screw-on coupling version provides positive, familiar mating, while the quick-lock/push-pull coupling version enables quick installation. This series complies with CECC 22240 standards.

The Rosenberger MagneticUSB is an innovative connection series. All standard USB connectors can be very easily connected to computer or mobile devices thanks to intelligent magnet technology. It can also be disconnected very quickly for optimally protecting USB connections.

Rosenberger RPC-1.00 precision connectors – with 50 Ω impedance and 1.00 mm outer diameter – can be used for challenging test & measurement applications up to 110 GHz. They are characterized by excellent technical data over the full frequency range, meet the highest levels of reliability and repeatability of performance, and are intermateable with common 1.00 mm connectors. The standard portfolio covers flexible and semi-rigid cable assemblies, adaptors and PCB connectors. Waveguide-to-coaxial adaptors and gauge kits are also available. Customer-specific cable assembly solutions with or without armouring available on request.

The Multi-Power connector for field installation from Rosenberger is unique in terms of user-friendliness. The new assembly concept combines secure and reliable connections with a fast and simple cable assembly. Within shortest time the connector can be assembled on cables with various cross-sections (2x 2.5 mm² to 2x 16 mm²) and jacket diameters (Ø 7 – 21.5 mm). This way, the connector can be flexible used for both low-power and high-power applications (up to 55 A/60 V DC). Regardless the simple assembly process, the connector ensures highest quality for outdoor use, EMI shielding and low contact resistances.