Koaxiálny konektor samec DELOCK 89755 — FAKRA A konektor samec, pozlátené kontakty, 9,4×25,6×7,4 mm

DELOCK 89755 is a compact coaxial connector with an FAKRA A male interface and gold-plated contacts designed for reliable RF signal transmission in automotive and communication applications. Its small housing, measuring 9.4 × 25.6 × 7.4 mm, supports standardized FAKRA systems while the corrosion-resistant gold plating ensures stable contact performance over time. The connector is supplied in a polybag and intended for integration into RF cabling and component connections where a durable, standardized male FAKRA A plug is required.

Advantages

The connector offers a standardized FAKRA A male interface that simplifies mating with compatible sockets and maintains correct polarization. Gold-plated contacts reduce contact resistance and provide improved resistance to oxidation and environmental influences. The compact dimensions enable use in confined installation spaces typical of vehicle electronics and compact RF devices. Supplied in a protective polybag, the part is ready for storage and handling prior to assembly.

Suitable for

Key specifications

How to use

Align the FAKRA A male connector with the corresponding female FAKRA A socket, taking care to match the keyed polarization to avoid incorrect mating. Insert the connector firmly until the latch or retention mechanism engages, ensuring a secure mechanical and electrical connection. For installations in vehicles or exposed environments, verify that the mating socket and surrounding cable routing provide strain relief and protection from mechanical stress. Follow any manufacturer-specific mounting or assembly instructions for cable termination and insulation to maintain RF performance.

Recommendations

When installing the connector, avoid excessive twisting or bending of the attached cable near the termination point. Clean mating surfaces if contaminated and use appropriate strain relief to preserve contact integrity; periodic inspection is recommended in harsh environments to ensure continued reliable RF performance.