DeLOCK 90143 Coaxial Cable 0.2 m Mini FAKRA Z 4 x SMA Black

The DeLOCK 90143 is a 0.2 m coaxial cable designed for connecting electronic components in vehicles and other electronic systems. It features a Mini FAKRA Z connector on one end and four SMA connectors on the other, providing reliable signal transmission in compact installations. The reduced housing size of the Mini FAKRA Z enables significant space savings compared to standard FAKRA connectors, making this cable suitable for applications with limited installation space.

Advantages

The cable provides a compact connection solution with up to 80% space savings versus standard FAKRA connectors due to the smaller connector housings. It combines a Mini FAKRA Z connector with four SMA connectors to support multiple signal paths from a single harness. With a length of 0.2 m, the cable is suitable for short connections inside devices or vehicle modules where minimal cable slack is required.

Suitable for

• Connecting radio, GPS or antenna modules in vehicles
• Interconnecting compact electronic modules and sensors
• Applications requiring multiple SMA outputs from a single FAKRA input
• Installations with restricted space where reduced connector size is important

Key specifications

• Brand: DELOCK
• Model / MPN: 90143
• EAN: 4043619901432
• Cable length: 0.2 m
• Connectors: Mini FAKRA Z (1) to SMA (4)
• Colour: Black
• Category: Coaxial cable for electronic and vehicular components

How to use

Connect the Mini FAKRA Z plug to the corresponding Mini FAKRA Z socket on the device or vehicle module, and attach the four SMA connectors to the respective SMA sockets of the receiving equipment. Ensure connectors are correctly aligned and tightened according to manufacturer guidance to maintain optimal signal integrity. Route the 0.2 m cable without sharp bends and secure it to prevent strain on the connector interfaces.

Usage recommendations

For reliable performance, use the cable only within compatible equipment that accepts Mini FAKRA Z and SMA interfaces. Avoid exposure to excessive mechanical stress, moisture, or temperatures outside the specified operating range of the connected devices. Verify connector polarity and lock mechanisms before powering RF systems.