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Low-High Frequency Hybrid Connectors combine both low-frequency (power/signal) and high-frequency (RF/data) transmission in a single compact interface. Designed for aerospace, telecom, and advanced electronics, they optimize performance while reducing space and complexity—perfect for systems requiring seamless integration of power, control signals, and high-speed data in one reliable solution.

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Low-High Frequency Hybrid Connectors

Low-High Frequency Hybrid Connectors

Hybrid, modular, durable, high-density, compliant, multi-sector applicable

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A low-high frequency hybrid connector handles both low-frequency power/control signals and high-frequency data signals in one unit. It combines different contact types to prevent interference. This design saves space while maintaining signal integrity. It's used where both power and high-speed data transmission are needed together.
These connectors are vital in telecom base stations (power + RF signals). Medical imaging systems use them for power and sensitive data. They're essential in military comms equipment. Industrial IoT devices rely on them for control and wireless connectivity. Automotive infotainment systems use them for power and audio/video signals.
They use shielded compartments and careful contact arrangement. Low and high frequency paths are physically separated. Special materials reduce crosstalk. Proper grounding ensures clean signal transmission.
Yes, most designs support both signal types. Configuration depends on application needs. Some models offer customizable contact layouts.
Space savings in compact devices. Fewer cable connections mean higher reliability. Simplified installation reduces labor costs. Unified design improves maintenance access.
Initially yes, but they save costs long-term. Reduced wiring and installation time offsets price. Improved reliability lowers maintenance expenses.
Consider frequency ranges needed. Check power requirements. Verify environmental ratings. Ensure proper shielding for your application. Consult specs for signal integrity standards.