High Performance SMA-KFD13 HUADA RF Coaxial Connector with Flange

Elevate your RF connectivity with the SMA-KFD13 Coaxial Connector featuring a sturdy flange design. Operating at an impressive frequency of up to 18 GHz with a VSWR of ≤ 1.23, this connector ensures optimal signal transmission. With a characteristic impedance of 50 Ohm, this connector is designed for high-performance applications. The SMA series connector offers reliability with 500 mating cycles and insulation resistance of 5000 MΩ. Whether you're working with flexible or semi-rigid cables, this connector delivers exceptional performance across a wide frequency range.

Key Features of the SMA-KFD13 HUADA RF Coaxial Connector

- Flange Design: The SMA-KFD13 connector features a durable flange design that provides secure mounting and stability, making it suitable for high-frequency applications.

- Frequency Range: This connector supports a wide frequency range of up to 18 GHz, making it ideal for various RF applications that require high-speed data transmission.

- VSWR Performance: With a VSWR of ≤ 1.23, the SMA-KFD13 ensures minimal signal reflection and loss, resulting in efficient signal transmission and reception.

- Impedance Matching: The 50 Ohm impedance of the SMA-KFD13 connector helps in achieving optimal impedance matching, reducing signal distortion and ensuring reliable performance.

- Mating Cycles: The connector is rated for 500 mating cycles, ensuring long-term durability and consistent performance even in demanding operating conditions.

- Insulation Resistance: With an insulation resistance of 5000 MΩ, the SMA-KFD13 connector provides excellent electrical insulation, minimizing signal interference and maintaining signal integrity.

- Temperature Range: The connector can operate in a wide temperature range from -65 °C to +165 °C, making it suitable for use in various environmental conditions.

- Dielectric Withstanding Voltage: The connector has a dielectric withstanding voltage of 1000V, ensuring electrical safety and reliability during operation.

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