RPC-2.92

Fujikura PANDA fibers have a superior optical property in polarization-maintaining because of the symmetrical accuracy in cross section and the uniform constitution of stress applying parts. Based on Fujikura's fiber technology, PANDA fibers have a universal quality with not only low polarization-crosstalk and low attenuation but also the broad suitability for fusion-splice or optical connector.

The cable construction is similar for all cable sizes: Inner conductor, foam dielectric, outer conductor and outer jacket. The cables are available as standard with either a PE jacket for outdoor installations or in a flame retardant and halogen-free version to comply with indoor requirements for health and safety, IEC 60332 and CPR-EN 50575.

Rosenberger offers a wide test port portfolio of cable assemblies, ruggedized adaptors and an interchangeable port system for vector network analyzers (VNA) up to 90 GHz: Test port cables providing outstanding phase and amplitude stability are also available as sets containing two cables with a standard length of 60 cm each. The range is optimized for frequencies up to 12 GHz, 18 GHz, 26.5 GHz, 40 GHz, 50 GHz, 70 GHz and 90 GHz. VNA test port cables are also available as cable sets, containing two cables of 600 mm standard length, and are supplied in high-quality wooden boxes. Test port adaptors are designed to connect directly to the VNA test port via a ruggedized coupling nut. They are available in the RPC-3.50, RPC-2.92, RPC-2.40, RPC-1.85 and RPC-1.35 connector series. Available as "in series" and "inter series" versions, their ruggedized construction ensures reliable protection of VNA test ports and reduces mechanical abrasion to a minimum. Interchangeable port connectors are designed for test equipment applications using test ports that will be continually mated and re-mated. This has been achieved by the development of an interchangeable port connector system featuring a panel mounting half and an innovative neutral interface, allowing a high number of mating cycles without causing possible damage to the equipment device interface.

Fiber Optic Polishing Disks