SMA Female to Fakra Female Antenna Adaptor
Keywords :
Fakra Jack to SMA Jack Adapter
Specification :
In-Car WiFi Antenna Adapter
Performance :
PCM-SHM-0032
Category :
FAKRA Series
Detail
SMA Female to Fakra female Antenna Adaptor
Fakra Jack to SMA Jack Adapter is a professional-grade RF adapter engineered for seamless conversion between SMA and Fakra interfaces. Featuring a Waterblue Code Z Universal housing, it ensures mechanical compatibility across diverse automotive systems without the risk of mismatching.
SMA Female to Fakra female Antenna Adaptor allows for immediate screw-on installation of SMA male antennas to Fakra female ports, eliminating the need for specialized crimping tools or cable modifications. Built with a rugged industrial-style housing, it maintains signal integrity and 50Ω impedance stability under high-vibration and thermal-cycling conditions.

Specifications:
Part Number | PCM-SHM-0032 |
Connector A | SMA Female (Jack) |
Connector B | Fakra Female (Jack) |
Coding | Code Z (Universal / Neutral) |
Color | Waterblue (RAL 5021) |
Impedance | 50 Ohm |
Frequency Range | 0 - 6 GHz |
Mating Cycles | ≥ 500 Cycles |
Operating Temperature | -40°C to +105°C |
Key Features:
Code Z Universal Keying: Ensures compatibility with all Fakra coding types (A-L).
No Re-crimping Required: Enables instant adaptation of existing antennas to save labor time.
Precision Machined Contacts: Optimized for low insertion loss and high-quality RF transmission.
Screw-on SMA Interface: Provides a secure, threaded connection to prevent accidental disconnects.
Industrial-Grade Construction: Designed to withstand the mechanical stress of automotive environments.
Integrated Locking Mechanism: Features the standard Fakra latch for a vibration-proof "click" connection.

Applications:
In-Car WiFi: Bridging internal wireless modules with external antennas.
Telematics Systems: Enabling RF communication for fleet tracking and IoT units.
DAB Radio Expansion: Converting standard radio antennas to Fakra-based tuners.
Vehicle Prototyping: Rapid testing of RF modules without custom cable assemblies.
GPS/Navigation: Connecting aftermarket navigation systems to factory antenna leads.
Mobile Communication: Integrating 4G/5G LTE antennas into specialized vehicle mounts.
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