One-Click® Cleaner Mini

Rosenberger coaxial jumpers have been designed using the many years of experience gained by Rosenberger engineers in this field. The unique knowledge of designing and manufacturing world-leading PIM testing equipment is directly reflected in the jumpers. Rosenberger jumpers have the industry-best PIM levels: -117 dBm / -160 dBc @ 2 x 20 W (typ. -120 dBm / -163 dBc @ 2 x 20 W). These excellent levels are guaranteed for every assembly that leaves the Rosenberger production facility.

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.

Rosenberger RPC-TNC precision connectors feature threaded locking mechanism and are suitable for applications up to 18 GHz. Based on the BNC series interface, they are intermateable with standard TNC connectors, 50 Ω and 75 Ω types both. The wide product range includes cable connectors, adaptors and test & measurement accessories such as calibration kits or measurement equipment (open – short – load). Furthermore, variants for aviation and spaceflight applications are available.