Koaksiaalikaapeli DELOCK 90734, FAKRA Z - I-PEX MHF1, 0,2 m, 1,13 mm, musta/sininen

DELOCK 90734 is a 0.2 m coaxial adapter cable with a FAKRA Z connector on one end and an I-PEX MHF1 connector on the other. The cable uses a 1.13 mm coaxial construction and a 50 Ω impedance, making it suitable for connecting RF components in compact environments. Supplied in a single polybag and finished in black with a blue FAKRA housing, the cable's small overall dimensions allow installation in tight spaces such as vehicle interiors, embedded systems, and module antenna interfaces.

Advantages

The cable combines a right-angle I-PEX MHF1 male connector with a straight FAKRA Z male connector, enabling flexible routing and secure mating with common RF modules and antennas. Its 1.13 mm coaxial construction and 50 Ω characteristic impedance provide compatibility with standard RF signals while maintaining signal integrity in short-distance connections. The compact length and small connector footprints reduce strain and make the assembly suitable for cramped installations.

Suitable for

Key specifications

How to use

Align the FAKRA Z male connector with the corresponding FAKRA female socket and push until the connector snaps into place to ensure a secure mechanical and electrical connection. For the I-PEX MHF1 end, carefully insert the angled male plug into the module’s MHF1 receptacle, ensuring correct orientation to avoid bending the inner conductor. Use the short cable length to route between nearby ports, avoiding sharp bends and excessive twisting that could stress the cable or connectors.

Recommendations

Inspect connectors before installation to ensure cleanliness and absence of debris. Avoid repeated detachment cycles beyond the connector’s intended mechanical life. For installations in vehicles or moving equipment, secure the cable to prevent strain on the connectors and minimize exposure to abrasion, oils or chemicals. Use this adapter for short-distance RF connections where 50 Ω impedance and compatible connector types are required.