FLASH-LIGHT-SYSTEM-for-TOWERS

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 provides floating test adaptors for a number of standard RF test interfaces. Due to their self-finding design they are suitable for automated testing processes in laboratories, e.g. of couplers, splitters, antennas and other high-frequency devices. Radial and axial misalignment ensures safe contact with the DUT – without reducing the performance. The self-finding construction makes fast and easy connecting and disconnection processes – which means significant time and cost reductions.

The Rosenberger Magnetic RJ45 is an innovative magnetic connector solution for Ethernet connections. Ideal for applications where frequent connections and disconnections are necessary, the unique self-mating and locking magnetic plug ensures the right connection every time – even in the most inaccessible places. Ease of cleaning of the RJ45 components, a robust housing and the plug-in processes using magnets make the product a highly durable solution. The usual features such as ease of termination, high number of mating cycles, and combined power and LAN connections all come as standard.

The Rosenberger MTD® Connection System is an industry standard* Ethernet transmission system for optimized jacketed Twisted-Pair cables. Its excellent transmission and electrical performance, reduced weight, size and cost benefits have set new standards for 100 Mbps and 1 Gbps single connection Ethernet implementation in vehicles. Compared to other solutions currently available a key advantage of Rosenberger’s new connection system is the impedance-controlled transition area from cable to connector interface. Its small size in combination with several coding features allows multiple wire pairs to be placed in close proximity ensuring installation space is kept to a minimum. Furthermore, the honeycomb structure provides low crosstalk, good symmetry and can be extended modularly.