RPC-2.92

Rosenberger FAKRA* industry standard compatible connectors are designed to fulfill the rigorous mechanical and environmental requirements of the automotive industry. Ensuring maximum electrical and mechanical performance, these high quality FAKRA connectors feature specific color coded plastic housings in accordance with the FAKRA coding industry standard. Thirteen distinct mechanical and color codes enable easy identification and unique keying to avoid mis-mating and additional one neutral coding. Combining Rosenberger’s turned part production expertise and FAKRA SF stamped and formed technology these precision manufactured products are ideally suited for process-safe and fully automated assembly by harness makers – leading to a significant reduction in production costs. Rosenberger FAKRA products are compliant to ISO 20860-1 & 2 and USCAR 18 standards.

Rosenberger has introduced the P-SMP series of Power/RF coaxial connectors, combining all the space saving advantages of SMP connectors with the high performance of SMA connectors. Unlike SMA and QMA solutions, minimum board-to-board distances of 12.6 mm can be realized by using bullets in different lengths. Furthermore, P-SMP connectors are designed for high power loads, up to 200 W @ 2.2 GHz continuous power, and can handle high frequencies up to 10 GHz. Typical applications therefore include board-to-board connections in base stations or board-to-cable connections in power amplifier filter units.

Rosenberger SMB subminiature coaxial connectors suit various applications up to 4 GHz. The snap-on locking mechanism provides a fast and reliable connection for high packing density applications. These versatile connectors can be used in internal devices and cable assemblies. Please note: Rosenberger defines male – female according to the design of center contact.

The Rosenberger Spring Loaded Coax System is designed to make quick, reliable and low abrasion PCB con­nections – up to 18 GHz (SMA interface) or up to 40 GHz (RPC-2.92 interface) – to single-layer or multi-layer printed circuit boards with the microwave layer on top.