Discover the SMP-KYD Ultra-Small Blind Mating Connector

The SMP-KYD Ultra-Small blind mating RF connector redefines compact interconnects. Its high-frequency capabilities, rapid connection, and robust vibration resistance make it an ideal choice for precision applications. Whether you’re designing phased array radar systems, aviation equipment, or civil communication devices, the SMP-KYD delivers unmatched performance. Its unique blind mating design accommodates axial and radial misalignment, making it perfect for densely packed printed boards, chassis, and cabinets.
Unlock seamless connectivity with the SMP-KYD connector. Designed for reliability, it allows a certain amount of mismatch in axial and radial directions. This feature is especially valuable in high-density installations. From aerospace to civil communications, the SMP-KYD ensures reliable connections, even in challenging environments.

Key Features of the HUADA SMP-KYD Connector

Blind Mating Design: The SMP-KYD’s unique blind mating feature allows a certain amount of axial and radial misalignment. This flexibility is crucial for high-density installations, where space constraints demand precision without compromising reliability.
Frequency Range: With a flexible cable, it operates from 0 to 12.4 GHz, while the semi-rigid version extends up to an impressive 40 GHz.
VSWR (Voltage Standing Wave Ratio): The SMP-KYD boasts low VSWR values, ensuring minimal signal loss and optimal performance.
Impedance and Insulation: At 50 Ω impedance and 5000 mΩ insulation resistance, it meets stringent industry standards.
Dielectric Withstanding Voltage: With a rating of 500 V, the SMP-KYD can handle demanding electrical environments.
Applications: Aerospace and Aviation: From satellite communication systems to avionics, the SMP-KYD thrives in harsh conditions.
Phased Array Radar: Its rapid blind mating simplifies phased array assembly, enhancing radar performance.
Civil Communications: Whether in base stations or network equipment, the SMP-KYD ensures reliable connections.

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