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RF-Power Hybrid Connectors merge high-frequency RF signals and electrical power transmission in a single ruggedized interface. Engineered for aerospace, defense, and telecom applications, they streamline system integration, reduce cable clutter, and enhance performance—delivering seamless power delivery and high-speed data in one space-saving, high-reliability solution.

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RF-Power Hybrid Connector

RF-Power Hybrid Connector

Hybrid transmission, resistant, sealed, operable, durable, multi-scenario

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An RF-power hybrid connector combines radio frequency (RF) and power transmission in one compact unit. It delivers both high-frequency signals and electrical power through a single interface. The design prevents interference between RF and power circuits. These connectors save space while maintaining signal integrity in complex electronic systems.
They're essential in wireless communication systems (powering antennas while handling RF signals). Used in radar systems for simultaneous power and signal transmission. Common in military radios and aerospace avionics. Medical equipment like MRI machines utilize them. Also found in 5G base stations and satellite communication devices.
Uses shielded compartments and isolation techniques. Separate conductive paths for RF and power. Special dielectric materials minimize crosstalk. Proper grounding ensures clean signal transmission.
Typically 10W-500W for standard models. High-power versions available for industrial use. RF side usually handles 0-40GHz frequencies. Check specs for exact ratings.
Many offer IP67 or higher protection. Military-grade versions withstand harsh environments. Sealed designs prevent moisture damage. Always verify IP rating before purchase.
Telecommunications (5G, base stations). Aerospace and defense systems. Medical imaging equipment. Automotive radar systems. Industrial wireless sensors.
Regularly check for physical damage. Clean contacts with proper tools. Ensure proper mating alignment. Replace worn seals/gaskets. Follow manufacturer's maintenance schedule.