Cable coaxial DELOCK 90731, FAKRA C a I-PEX MHF1, 0,2 m, 1,13 mm, negro/azul

DELOCK 90731 is a 0.2 m coaxial interconnect cable designed for RF signal transmission between automotive or telematics modules and miniature board connectors. The cable combines a FAKRA C male straight plug with an I-PEX MHF1 male angled connector, and uses a 1.13 mm conductor diameter within a 50 Ω impedance design. Supplied as a single unit in a polybag, this compact cable (dimensions 12 x 24 x 9 mm) is intended for connecting antenna or radio frequency components where space and reliable high-frequency performance are required.

Advantages

The coaxial cable provides a standardized 50 Ω impedance for consistent RF performance and minimal signal loss. Its combination of a FAKRA C plug and an I-PEX MHF1 connector allows direct linking of automotive-grade external antenna interfaces to miniature board-level sockets without additional adapters. The short 0.2 m length and compact construction reduce clutter and are suitable for confined installation spaces typically found in telematics and in-vehicle communication systems.

Suitable for

Key specifications

How to use

Inspect both connector interfaces before connection to ensure there is no debris or damage. Align the FAKRA C male plug with the corresponding FAKRA C socket on the vehicle or external antenna module and press until it clips into place. Align the I-PEX MHF1 male angled connector with the board-level receptacle and insert gently, ensuring correct orientation to avoid bending the cable or stressing the connector. Avoid excessive force when mating or un-mating connectors to preserve contact integrity.

Recommendations

For reliable RF performance, use this cable for short runs between antenna interfaces and board connectors inside vehicles or enclosed equipment. Minimize sharp bends and maintain a bend radius appropriate for a 1.13 mm coaxial cable to prevent mechanical stress. Store in a dry environment and handle connectors by their housings rather than pulling on the cable itself.