H-MTD® - Yüksek Hızlı Modüler Bükümlü Çift Verileri

Rosenberger provides a wide product range of solderless PCB connectors for challenging test & measure­ment demands and for frequencies up to 110 GHz. These PCB connectors can easily be assembled by using screws. Standard screws are included, optional screws for thicker PCBs are available on request.

Electric Vehicles (LEV) including e-bikes, e-scooters and pedelecs as well as for UGVs and drones. Providing fast and reliable magnetic connection, these are particularly suited to data communication and power transmission of voltages up to 60 V and current loads up to 40 A. The magnetic locking and precision self-mating capability prevents any accidental or forced disconnection from damaging the connector or the LEV. Furthermore, the high tolerance pin and socket design permits a large number of mating cycles. The RoPD® connection system is ideal for many LEV connection applications – including battery changing and charging – where frequent connection and disconnection is required. The four data contacts and two power transmission pins make a hot-plug capability unnecessary as the data contacts activate the power following connection. For added flexibility the data contacts can be used as a BUS system with an additional supply voltage. Versions of the RoPD® system are also available for EnergyBus applications.

Rosenberger RPC-3.50 precision connectors, with an outer diameter of 3.50 mm, are air dielectric and include ruggedized versions. Their high specification ensures excellent performance in precision measurement microwave applications – over the full frequency range up to 26.5 GHz. They are intermateable with common 3.50 mm, SMA, K and RPC-2.92 connectors.

Rosenberger SMC subminiature coaxial connectors are for various applications up to 6 GHz. Based on a similar design to the SMB solution, the SMC’s screw-on locking mechanism provides a reliable connection for application in internal devices and cable assemblies. Please note: Rosenberger defines male – female according to the design of center contact.