ECT Mini FAKRA to Four SMA Male Coaxial Test Cable

This Premier Cable connects an ECT Mini FAKRA four cavity female interface to four SMA male ends. It gives engineering teams individual coaxial connection points when they need to bring a grouped automotive interface into a bench or fixture setup.

The SMA branches use threaded coupling, while the main connector retains the ECT Mini FAKRA Z Code interface. Engineers can connect each branch separately and define its cavity assignment in the test drawing. The main connector uses IP67 Waterproof construction.

Product Specifications 

Automotive Interface to Threaded Test Connections

ECT Mini FAKRA Equipment End

ECT Mini FAKRA 818018737 retains four female coaxial positions in one Z Code body, keeping the equipment connection grouped.

SMA Male Threaded Coupling

Each SMA-J2-3 male end combines an internally threaded coupling nut with a center pin for its corresponding SMA female interface.

Individually Accessible Test Leads

Four separate coaxial leads let engineers position each SMA connection independently around a bench, fixture or instrument panel.

Applications & Customer Value

Automotive Coaxial Interface Evaluation

Engineers can bring the grouped vehicle interface to individual SMA connection points when the test setup requires this mating format.

Channel Identification Fixtures

Separate branch ends allow technicians to label and check each path against the approved cavity assignment.

Measurement Bench Integration

The SMA terminations connect to matching instrument ports or test adapters after the team confirms mechanical and electrical requirements.

Product FAQ

Q1. Does this cable convert automotive video into another signal format ?

No active conversion function is specified. The cable changes the physical connector arrangement through coaxial connections.

Q2. Are these SMA or reverse polarity SMA ends ?

The supplied image identifies SMA male ends with internal threads and center pins. They should not be substituted with reverse polarity interfaces.

Q3. Can I connect it directly to a network analyzer or other instrument ?

Confirm the instrument connector type, port limits and impedance requirements first. A matching SMA interface alone does not establish electrical suitability.

Q4. What information is needed for meaningful channel measurements ?

Confirm cable impedance, frequency requirements, branch lengths and cavity mapping. Include the cable and adapters in the test setup's calibration or compensation plan where applicable.

Q5. How can Premier Cable adapt the cable for an OEM fixture ?

Premier Cable reviews connector type, gender, coding and housing requirements, then specifies cable length, jacket, shielding and structure. Electrical review covers cavity assignment, wiring definition, circuit configuration and applicable resistance or power requirements. Premier Cable also supports drawing review, prototypes, mass production, branch labels and packaging.