P-SMP

RosenbergerHSD® is a homogeneous impedance-controlled interconnect system which directly addresses the high-speed data, low-voltage requirements of real-time automotive industry applications. Extremely compact and durable this 100 Ohm fully shielded interconnect system utilizes shielded twisted quad cables and features mechanical keying and latching for high connection retention, as well as coding to avoid misuse. Furthermore, these precision manufactured RosenbergerHSD®SF variants are ideally suited for process-safe and fully automated assembly by harness makers, facilitating a significant reduction in costs. Its high data throughput performance while also preventing interference from crosstalk and external sources makes the RosenbergerHSD® cable and PCB connector system the perfect choice for LVDS cameras, USB connections and IEEE 1394 applications. In addition, it is well-suited to many other applications including those found in digital infotainment electronics and digital symmetrical networks – even radio base stations.

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.

The 3-pole HVR®260 connector system for collective shield applications is used to connect electric motors up to a continuous current of 270 A. Despite its lightweight aluminum housing it is capable of operating safely at extreme temperature ranges from -40 °C to +150 °C. It is certified to vibration severity level IV. Customer-specific variants are available on request.

Highly compact, HVR®420 connectors offer the highest current carrying capacity in the Rosenberger product portfolio. Even the 95 mm² variant safely enables current transmission of 420 A. Furthermore, the additional slide locking mechanism (CPA – Connector Position Assurance) prevents accidental disconnection. Typical applications include supercharging electric vehicle batteries up to 450 kWh.