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Following the revision of the IEC 61169-24 interface standard in response to the increasing performance demands of the broadcast television sector, Rosenberger has fundamentally revised its F-interface calibration elements. The considerably improved characteristics include an extended frequency range, from DC to 4 GHz up to DC to 6 GHz, and a doubling of mating cycles from 500 to 1000. The new 6 GHz-spectrum F series from Rosenberger comprises calibration adaptors, calibration loads, opens, shorts and loads. A new “full range” calibration adaptor is also available, addressing the extremely wide male connector pin tolerances of 0.64 mm to 1.13 mm.

Rosenberger RPC-1.85 precision connectors – with 50 Ω impedance and 1.85 mm outer conductor diameter – are designed for test & measurement applications up to 70 GHz. Delivering outstanding reliability and repeatability performance they are intermateable with common 1.85 mm series and V connectors as well as with RPC-2.40 connectors. This comprehensive product range is suitable for semi-rigid cables and microwave components and includes cable, panel and PCB connectors, adaptors and test & measurement accessories – including RPC-1.85 calibration kits, cables assemblies, measurement equipment, attenuators, sliding loads and airlines.

The Rosenberger HPK system can achieve 275 A at 85 °C up to 1000 V. With their excellent vibration and current capacity performance the HPK connectors are well-suited to typical high-voltage electric vehicle applications such as the connection between battery, inverter and PDU. The range includes 1-, 2-, or 3-pole connectors which for maximum flexibility can be used with copper or aluminum cables in four different cable cross sections. Straight and angled cable couplers as well as corresponding headers are available, either with or without HVIL (high-voltage interlock).

Rosenberger offers a wide range of low-PIM transmission line devices to support high quality RF transmission line designs and deployments, and high performance TMAs to ensure high data through-put and thereby less dropped calls and improved network quality.