High-Performance SMA-KFD78 HUADA RF Coaxial Connector

Experience exceptional performance with the SMA-KFD78 RF Coaxial Connector by HUADA. With a standard impedance of 50Ω, this connector is designed to operate within a wide frequency range of up to 12.4GHz with flexible cable and up to 18GHz with semi-rigid cable, making it ideal for high-frequency RF applications. The connector boasts a low VSWR, ensuring excellent signal integrity, while its high insulation resistance and robust construction enable reliable operation in temperatures ranging from -65°C to +165°C. With a mating cycle rating of 500, this connector is built to deliver long-term durability and consistent performance. Elevate your RF systems with the high-quality, versatile SMA-KFD78 connector.

Key Features of the HUADA SMA-KFD78 HUADA Coaxial Connector

Impedance: 50Ω. The SMA-KFD78 connector is designed to operate with a standard impedance of 50Ω, making it suitable for high-frequency RF applications.

Temperature Range: Minimum Operating Temperature: -65°C, Maximum Operating Temperature: +165°C. This wide temperature range allows the connector to function reliably in various environmental conditions.

Mating Cycles: 500. The SMA-KFD78 connector has a mating cycle rating of 500, indicating its durability and long-term performance capability.

Series: RF Coaxial Connector. This connector belongs to the RF coaxial connector series, designed specifically for RF applications.

Insulation Resistance: 5000 MΩ. The connector offers high insulation resistance, ensuring reliable signal transmission and electrical isolation.

Dielectric Withstanding Voltage: 1000 V. With a dielectric withstand voltage of 1000 V, the connector provides robust electrical insulation.

Frequency Range: With Flexible Cable: 0 12.4GHz, With Semi-rigid Cable: 0 18GHz. The SMA-KFD78 connector supports a wide frequency range, making it suitable for high-frequency RF systems.

VSWR (Voltage Standing Wave Ratio): With Flexible Cable: 1.15+0.02F, With Semi-rigid Cable: 1.10+0.02F. The low VSWR ensures excellent signal integrity and minimal power loss in RF transmission.

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