Experience Seamless Connectivity with HUADA SBMA-JY3G RF Coaxial Connector

Discover the pinnacle of microwave circuit connectivity with the HUADA SBMA-JY3G RF Coaxial Connector. Engineered for excellence, this compact powerhouse boasts a characteristic impedance of 50Ω and an impressive frequency usage of up to 28GHz. Its small form factor is matched by its high reliability and ease of maintenance, ensuring your systems run smoothly. The SBMA series is designed for versatility, being fully interchangeable with M/COM’s OSSP series products. Ideal for blind mating in tight spaces, it’s the perfect fit for modular radar systems and more, promising widespread applicability and superior performance.

Technical feature of HUADA SBMA-JY3G RF Coaxial Connector

Characteristic Impedance: 50 Ω - Optimal for minimal signal reflection and maximum power transfer in RF systems.
Operating Temperature Range: -65 °C to +125 °C - Engineered to withstand extreme environmental conditions, ensuring reliable performance in diverse operating scenarios.
Mating Cycles: 500 - Designed for repeated use, this connector can be mated and unmated hundreds of times without loss of mechanical integrity or connectivity.
Insulation Resistance: 5000 MΩ - High insulation resistance prevents electrical noise and cross-talk, preserving signal purity across connections.
Cable Compatibility: SYV-50-2-1, SFF-50-1.5-1 - Compatible with a range of cable types, offering flexibility in system design and integration.
Maximum Frequency: 28 GHz - Capable of handling high-frequency signals, making it suitable for advanced communication systems and radar applications.
Series: Part of the Coaxial Connector series, known for their standardized design and interoperability with various RF components.
Dielectric Withstanding Voltage: 675 V - Can withstand high voltages, ensuring safety and preventing breakdown in high-voltage environments.
Disengage Force: 0.76 N - Requires minimal force for disengagement, facilitating easy maintenance and quick system reconfiguration without compromising connection security.

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