SMA(M)-KKY HUADA RF Coaxial Connector: Superior Performance and Durability

The SMA(M)-KKY HUADA RF Coaxial Connector is designed for demanding applications where reliable signal transmission is critical. With an impedance of 50 Ω, this connector ensures optimal performance across a wide frequency range. Whether you’re working with flexible cables or semi-rigid assemblies, the SMA(M)-KKY HUADA connector delivers exceptional results. Its robust construction, high insulation resistance, and dielectric withstand voltage make it ideal for harsh environments. Plus, the 500 mating cycles ensure long-lasting durability.

Key Features and Specifications of the SMA(M)-KKY HUADA RF Coaxial Connector

Impedance (50 Ω): The impedance of 50 Ω ensures efficient signal transmission and compatibility with standard RF systems. It’s a crucial parameter for maintaining signal integrity.
Operating Temperature Range: The SMA(M)-KKY HUADA connector can withstand extreme temperatures, from a minimum of -65 °C to a maximum of +165 °C. This versatility makes it suitable for various environments.
Mating Cycles (500): The connector is designed for durability, allowing up to 500 mating cycles. This means it can be connected and disconnected repeatedly without compromising performance.
Insulation Resistance (5000 MΩ): High insulation resistance ensures minimal leakage and reliable signal isolation. It’s essential for maintaining signal quality in demanding applications.
Dielectric Withstanding Voltage (1000 V): This parameter indicates the maximum voltage the connector can withstand without breakdown. The 1000 V rating ensures safety and reliability.
Frequency Range: With flexible cables, the SMA(M)-KKY HUADA connector operates within the frequency range of 0~12.4 GHz.
When used with semi-rigid assemblies, it covers an extended range of 0~18 GHz.
VSWR (Voltage Standing Wave Ratio): VSWR measures how efficiently the connector transfers energy between the source and load. Lower VSWR values indicate better performance.
For flexible cables, the VSWR is 1.15 + 0.02F (where F represents frequency).
For semi-rigid assemblies, the VSWR is 1.10 + 0.02F.

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