Fakra HSD LVDS Adapter 3ft Wiring Harness HSD 535 4-Core Cable Fakra Z Female Connector for USB Wire Vehicle Transmission

Performance Comparison of HSD and FAKRA Connectors

FAKRA is superior in vibration resistance and waterproofing, mainly applied in harsh environments such as engine compartments. HSD is superior in EMI shielding and high-speed signal integrity, mainly used in passenger entertainment and assisted driving systems. Both FAKRA and HSD connectors share a common structural design that includes a sheath, inner conductor, outer conductor, and a crimping ring.

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Mini Fakra A Type Jack E Code Four Ports Female Fakra Connector Coaxial Cable Assembly Customize

FAKRA Coaxial Cable in Vehicle Signal Transmission

Coaxial cable is used as a transmission line for radio frequency signals. Its applications include feedlines connecting radio transmitters and receivers to their antennas, computer network (e.g., Ethernet) connections, digital audio (S/PDIF), and distribution of cable television signals. Fakra connectors are used to transmit RF signals for vehicle wireless communication systems such as in-vehicle Bluetooth, GPS navigation, Wi-Fi and satellite radio. They ensure high quality signal transmission to maintain the reliability and stability of wireless communications.

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Crimp Internal Contacts (RS / wire) of Connector

An electrical crimp is a type of solderless electrical connection which uses physical pressure to join the contacts. Crimp connectors are typically used to terminate stranded wire. IDC connectors create a reliable gas-tight connection as the connector blade is cold-welded to the conductor. Crimping is a totally different wire termination method. This was used to replace soldering techniques. In this method, the connection is made using a crimping tool.

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Customized Electronic Medical Equipment Cable Wire Harness Connector Application

How to Choose Connectors for Medical Equipment Harnesses

When choosing connectors for medical equipment harnesses, prioritize patient safety, ease of use, robust design, appropriate electrical characteristics for low signal levels, compatibility with sterilization processes, and proper coding mechanisms to prevent misconnections; consider factors like mating cycles, operating environment, signal type, size constraints, and the need for shielding to ensure reliable connection in critical medical applications.

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