FAKRA Stamped-Body Connectors

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            FAKRA Stamped-Body Connectors
                    Molex's stamped-body connectors provide ease of use without additional tooling investment
    

Image of Molex's FAKRA Stamped-Body Connectors Molex's FAKRA stamped-body connectors feature an automated mounting capability and a lightweight design that is suitable for a wide variety of automotive applications. Their mechanical keying and color-coding aspects ensure a proper connection in every application. Industry-standard indent-crimp terminal tools (Daniels AFM8) provide ease of use without additional tooling investment and are ideal for low-volume applications. These connectors use special crimp dies and are ideal for bench-top or pneumatic crimping machines. The cost-effective FAKRA connector is ideal for high-volume applications, and a frequency range up to 6 GHz makes these connectors ideal for wireless and GPS applications. Molex’s stamped-body version also mates with the original FAKRA PCB jacks and provides backward compatibility to existing components to minimize additional cost.

Automotive markets

GPS antennas
AM/FM radios
Engine management systems
Infotainment

Safety and driver assist
Heating systems
Navigation systems

Electrical

Voltage (max.): 60 V
Current (max.): 1 A
Impedance: 50 Ω
Contact resistance (max.):

Center contact: 40 mΩ
Outer contact: 40 mΩ

Dielectric withstanding voltage: 800 V_AC
Insulation resistance (min.): 1,000 MΩ
Frequency (max.): 6 GHz
VSWR (max.):

0 GHz to 2 GHz: 1.40
2 GHz to 3 GHz: 1.50
3 GHz to 6 GHz: 1.60

Physical

Center contact: brass
Insulator: LCP glass-filled
Outer contact: phosphor bronze
Plating:

Center contact, contact area: gold
Outer contact, contact area: nickel
Center contact, solder tail area: tin
Nail plate, solder tail area: gold
Underplating: nickel

PCB thickness: 1.6 mm
Operating temperature: -40°C to +105°C

Mechanical

Retention force with latch engaged (min.): 110 N
Mating force (max.): 25 N
Unmating force with lock (min.): 110 N
Unmating force without lock (max.): 25 N
Durability (min.): 50 cycles