HUADA SBMA-JWHD RF Coaxial Connector: High-Performance Connectivity for 28GHz Applications

The SBMA-JWHD RF Coaxial Connector is engineered for high-frequency applications, supporting frequencies up to 28GHz. Its compact design ensures seamless connections in microwave circuits. With a proven track record of reliability, this connector is ideal for blind mating in chassis and cabinets, contributing to modular system designs like radars.
Built on the foundation of BMA products, the SBMA-JWHD offers high reliability. Its easy installation and maintenance make it a practical choice. Interchangeable with M/COM’s OSSP series, this connector provides optimal standardization. Whether you’re designing radar systems or other high-frequency applications, the SBMA-JWHD delivers consistent performance.

Key Features of the HUADA SBMA-JWHD Connector

Frequency Range: The SBMA-JWHD connector covers a wide frequency spectrum, from DC (direct current) up to 18 GHz. This versatility makes it suitable for various applications, including high-frequency communication systems and radar equipment.
Impedance Options: You have the flexibility to choose between two impedance options: 50 Ohm or 75 Ohm. The 50 Ohm version is commonly used in RF and microwave applications, while the 75 Ohm variant is prevalent in video and broadcast systems.
Temperature Tolerance: Operating in extreme conditions? No problem! The SBMA-JWHD connector can withstand temperatures ranging from a chilly -65°C to a toasty +125°C. This robust temperature range ensures reliable performance even in harsh environments.
Insulation Resistance: With a minimum insulation resistance of 5000 MΩ, the SBMA-JWHD connector maintains excellent electrical isolation. This feature is crucial for preventing leakage and maintaining signal integrity.
Dielectric Withstanding Voltage: The connector can handle a dielectric voltage of up to 1500 V. This property ensures safe operation and minimizes the risk of electrical breakdown.
VSWR (Voltage Standing Wave Ratio): The VSWR, a critical parameter for signal quality, is impressively low: ≤1.1 + 0.005f. A low VSWR indicates minimal signal reflection and efficient power transfer.

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