HVR®200

1.0-2.3 (DIN 47297) connectors perform at 50 Ohm up to 10 GHz and are characterized by high mechanical and electrical stability. They are 40 % smaller than the 1.6-5.6 series. The connectors offer various coupling mechanisms where male types can be connected with any female type. The quick-lock/push-pull locking/coupling version allows quick installation. This series complies with CECC 22230 and DIN 47297.

Rosenberger’s new EBC® (Efficient Board Connector) series is the ideal 5G board-to-board and board-to-module RF interconnect solution for active MIMO (Multiple Input Multiple Output) antennas and radios. Outstanding performance, low cost design and high mechanical stability make EBC® the perfect future-proof product for 5G radio interconnections. For applications up to 8 GHz, EBC® connectors fulfill the challenging requirements caused by the exponential data volumes increases in future 5G networks. Essential characteristics include extremely small dimensions, radial and axial misalignments, different holding forces, minimum board-to-board distances, and fast and cost-effective assembly design. A key mechanical design feature is the locating side which is integrated in the bullet. One side has a smooth bore, while the other has a limited-detent design. The single PCB coupler provides a consistent footprint with preloaded outer contacts for ensuring contact optimization, the push/snap-on locking mechanism allows fast and easy disconnection.

For ensuring fast and easy connection Rosenberger RoDI® connectors comprise five contacts and a magnetic self-mating locking mechanism. They are ideally suited to diagnostic and data transfer in building services, industrial control and bus systems, even for use in harsh environments.

Rosenberger Longwipe-SMP subminiature coaxial connectors are suited to applications up to 6 GHz and enable axial tolerance compensation of ± 0.7 mm. Full and limited detent options are available as well as smoother bore/catchers mitt, enabling sliding contact with expanded guide-in range.