Fakra to SMB Female 90 Degree right angle waterproof cable
Fakra female to SMB Female Right Angle Flange mount cable
Fakra to Panel Mount SMB Extension Cable RG174
2 Hole Flange Mount FAKRA to SMB Female Cable
The FAKRA Female to SMB Female Right Angle Flange Mount Panel Mount Cable is a specialized coaxial cable assembly designed to provide secure, right-angle connections between FAKRA female connectors and SMB female connectors. This cable features flange mounts for panel mounting applications, making it ideal for automotive, industrial, and communication systems that require secure connections and compact installation in confined spaces.
Key Features:
Connector Types:
FAKRA Female Connector: The FAKRA connector is widely used in automotive and telecommunications systems due to its robust design, secure locking mechanism, and excellent RF performance. The female connector provides a reliable connection for automotive applications, including GPS, radio, and camera systems.
SMB Female Connector: The SMB connector is a smaller, compact RF connector designed for high-frequency applications. It is commonly used in automotive systems, GPS, and telecommunication devices where space-saving is important, and reliable RF signal transmission is required.
Right Angle Design: The right angle configuration allows for flexible routing of the cable in tight spaces, minimizing strain on the cable and providing a cleaner installation without unnecessary bends. This is particularly useful for installations in panels or other space-constrained environments.
Flange Mount Design:
The flange mount feature allows the connector to be securely attached to a panel or enclosure, providing a stable and firm connection. This design ensures that the cable assembly stays in place, reducing the risk of accidental disconnections and mechanical stress on the connector.
The panel mount ensures easy and stable installation in automotive systems, industrial control panels, or communication devices, where fixed connections are essential.
Cable Type:
Coaxial Cable: The cable used in this assembly is typically a flexible, low-loss coaxial cable, which ensures high-quality signal transmission with minimal interference. The specific cable type could be RG174 or similar, designed for RF applications.
The flexible construction allows easy routing through tight spaces while minimizing signal attenuation.
Waterproof and Durable:
The connectors, particularly the FAKRA and SMB types, are designed to withstand environmental conditions such as moisture, UV exposure, and vibrations. This makes the cable suitable for outdoor applications or environments with high mechanical stress, such as automotive, communication, and industrial applications.
The cable and connectors are designed to be resistant to extreme temperatures, ensuring reliable operation even in challenging environments.
Applications:
Automotive Systems:
GPS Systems: The FAKRA female connector is commonly used for connecting antennas to automotive GPS modules. The SMB female can be used to connect the antenna or receiver module to other components.
ADAS (Advanced Driver Assistance Systems): For connecting cameras, sensors, and radar systems in advanced safety systems, such as collision detection, lane-keeping assistance, and parking sensors.
Infotainment Systems: Connecting radio antennas, satellite radio, or other communication modules to vehicle infotainment systems.
Telecommunication Systems:
Networking and Communication Equipment: The FAKRA to SMB connector assembly can be used in telecommunications equipment for RF signal transmission, especially in cases where the device is mounted on a panel or rack.
Wireless Communication: Suitable for connecting devices in wireless communication systems that use SMB connectors for RF signals.
Industrial and Control Systems:
Signal Transmission: Used in industrial applications where high-frequency signal transmission is required in confined spaces, such as control panels or equipment enclosures.
Test and Measurement Equipment: The cable assembly can be used in test and measurement systems where reliable and secure coaxial connections are necessary.
Benefits:
Compact Design with Secure Mounting: The right angle and flange mount features make this cable ideal for installations where space is limited, and a secure, fixed connection is necessary. The flange mount prevents accidental disconnections, ensuring a reliable and robust connection in harsh environments.
Versatile Installation: The panel mount design allows for easy installation in various applications, including automotive, industrial, and telecommunication systems. It is particularly useful for scenarios where space-saving is essential without compromising on connection stability.
Enhanced Durability: With its waterproof and durable connectors, the cable assembly is resistant to the elements, including moisture, dust, and vibration, making it suitable for outdoor and automotive environments.
Reduced Signal Loss: The low-loss coaxial cable ensures high-quality RF signal transmission, maintaining the integrity of the signal for devices that require reliable and clear communication.
Space Efficiency: The right-angle connectors help save space and reduce stress on the cable, making it ideal for tight installations, such as inside vehicles or industrial control panels.
Common Applications:
Automotive GPS: Connecting GPS antennas or receivers to the vehicle's navigation system.
ADAS Systems: Connecting radar, camera, and sensor modules for vehicle safety systems.
Vehicle Infotainment: Connecting antennas to radios, satellite receivers, or other infotainment components.
Telecommunications: Connecting RF equipment, such as routers or modems, in communication systems.
Industrial Equipment: For signal transmission in industrial control panels or test equipment.
The FAKRA Female to SMB Female Right Angle Flange Mount Panel Mount Cable provides a high-quality and reliable solution for various automotive, telecommunications, and industrial applications where secure and stable RF signal connections are required in tight or space-constrained environments.