H-MTD® - Yüksek Hızlı Modüler Bükümlü Çift Verileri

Rosenberger has expanded its product portfolio for 100BASE-T1 connections with AMEC Ethernet connectors. In technical cooperation with Delphi/APTIV, further cost-effective high-speed Ethernet solutions for the automotive market are being developed. These robust, compact connectors deliver the high performance necessary for a range of applications including autonomous driving, driver assistance, rear seat entertainment, and LVDS & camera systems. The Delphi and Rosenberger AMEC program is 100 % compatible, ensuring the customer has a fully approved second source.

Rosenberger RPC-TNC precision connectors feature threaded locking mechanism and are suitable for applications up to 18 GHz. Based on the BNC series interface, they are intermateable with standard TNC connectors, 50 Ω and 75 Ω types both. The wide product range includes cable connectors, adaptors and test & measurement accessories such as calibration kits or measurement equipment (open – short – load). Furthermore, variants for aviation and spaceflight applications are available.

Rosenberger SMA coaxial connectors deliver high-quality and high-performance. These screw-on locking connectors with defined maximum torque ensure high reliability, long service life, high mechanical stability and excellent electrical characteristics. The butted outer contact enables superb frequency ranges up to 18 GHz and return loss performances of ≥ 30 dB. SMA connectors can be applied in various RF applications such as telecommunication and mobile communication, test & measurement equipment and instruments.

The Rosenberger HVR®300 connector system not only provides a maximum current carrying capacity of 320 A, it takes up minimal space. It features a 2-pole angled coupler for shielded cables and a cable cross section of 70 mm² along with the corresponding header. A cross section of 50 mm² is available on request. The lever locking mechanism is secured with an additional slider (CPA – Connector Position Assurance) to prevent accidental unmating.