HUADA SMA-KWFD1 RF Coaxial Connector: Unleashing High-Speed Connectivity

The SMA-KWFD1 RF Coaxial Connector by HUADA is engineered for exceptional performance in demanding applications. With an impedance of 50Ω, this connector ensures reliable signal transmission. Its robust design withstands extreme temperatures, from -65°C to +165°C. The connector boasts an impressive 500 mating cycles, making it ideal for frequent connections. Additionally, the high insulation resistance (5000 MΩ) and dielectric withstanding voltage (1000 V) guarantee reliability even in challenging environments. Whether you’re designing for flexible cables (0~12.4GHz) or semi-rigid setups (0~18GHz), the SMA-KWFD1 delivers low VSWR (1.15+0.02F for flexible cable, 1.10+0.02F for semi-rigid). Elevate your RF designs with the SMA-KWFD1!

Key Features of the SMA-KWFD1 HUADA Coaxial Connector

Impedance (50Ω): The SMA-KWFD1 maintains optimal signal transmission, ensuring impedance consistency across your RF circuitry.
Frequency Range (DC~18GHz): This connector covers a broad spectrum, making it suitable for various applications, including 5G infrastructure, aerospace systems, and high-frequency communication networks.
Extreme Temperature Resilience: Operating Range: From frigid -65°C to scorching +165°C, the SMA-KWFD1 thrives in harsh environments. Robust Design: Built to withstand thermal stress, mechanical strain, and rapid temperature fluctuations.
High Mating Cycles: With an impressive 500 mating cycles, the SMA-KWFD1 is ideal for applications requiring frequent connections. Durability is its forte!
Insulation Resistance (≥5000MΩ): Ensures reliable isolation between conductors, preventing leakage and maintaining signal integrity.
Dielectric Withstanding Voltage (1000V rms): Safety and reliability are paramount. The SMA-KWFD1 can handle high voltages without compromising performance.
Low VSWR (Voltage Standing Wave Ratio): Flexible Cable: Achieves VSWR of ≤1.05+0.1f (GHz), minimizing signal reflections. Semi-Rigid: Even lower VSWR at ≤1.05+0.08f (GHz), ensuring efficient power transfer.

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