HUADA SSMA-KWFD6 RF Coaxial Connector: Superior Performance and Reliability

The HUADA SSMA-KWFD6 RF Coaxial connector is a top-of-the-line product designed for optimal performance in communication applications. With an impedance of 50 Ω and an impressive mating cycle durability of 500 cycles, this connector ensures consistent and reliable connectivity. Operating within a wide temperature range from -55 °C to +155 °C, the SSMA-KWFD6 excels in both extreme cold and hot environments.
This series of RF coaxial connectors offers exceptional electrical and mechanical characteristics, including ultra-low contact resistance in both the outer and center conductors (0.0025 Ω and 0.006 Ω, respectively). The high insulation resistance of 1000 MΩ and dielectric withstanding voltage of 750 V provide added safety and stability in communication setups. The SSMA-KWFD6 supports a maximum frequency range of 0 to 30 GHz, making it suitable for a wide variety of high-frequency applications. With a VSWR of 1.07+0.01F, this connector ensures minimal signal loss and optimal signal integrity for your communication needs.

Key Features of the HUADA SSMA-KWFD6 RF Coaxial Connector

The SSMA-KWFD6 RF Coaxial Connector from HUADA offers exceptional mechanical and electrical performance. Whether you’re designing wireless communication systems or aerospace applications, this connector ensures robust signal transmission and durability.
Impedance: Maintains a consistent 50 Ω impedance for efficient signal transfer.
Mating Cycles: Withstands 500 mating cycles, ensuring long-term reliability.
Temperature Range: Operates from -55 °C to +155 °C, adapting to extreme environments.
Contact Resistance (Outer Conductor): Minimizes signal loss with 0.0025 Ω.
Contact Resistance (Center Conductor): Efficient current flow with 0.006 Ω.
Insulation Resistance: Prevents leakage with 1000 MΩ insulation resistance.
Dielectric Withstanding Voltage: Up to 750 V, ensuring safety.
Maximum Frequency: Performs seamlessly up to 30 GHz.
VSWR: Excellent performance with a VSWR of 1.07+0.01F.

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