High-Performance RF Coaxial Connector TNC-JB2 HUADA | 11GHz | 500 Mating Cycles

Introducing the TNC-JB2 HUADA RF Coaxial Connector, designed to revolutionize your connectivity needs. With an impressive frequency range of up to 11GHz and an impedance of 50Ω, this connector ensures superior performance and seamless transmission. Built to withstand extreme temperatures, it functions flawlessly from -65 °C to +165 °C, making it ideal for various industrial applications. With a remarkable 500 mating cycles, it guarantees long-lasting durability and reliability. The TNC-JB2 HUADA is a member of our esteemed RF Coaxial Connector series, known for its exceptional insulation resistance of 5000 MΩ and a VSWR of 1.30. Additionally, it boasts a dielectric withstanding voltage of 1500V and a voltage rating of 500V. Upgrade your connectivity experience with the TNC-JB2 HUADA RF Coaxial Connector.

Key Features and Specifications TNC-JB2 HUADA RF Coaxial Connector

Impedance: The connector has a 50Ω impedance. This value is crucial for matching the impedance of the connector to the transmission line or cable it connects to. Proper impedance matching ensures efficient signal transfer without reflections.
Maximum Frequency: The TNC-JB2 connector supports a maximum frequency of 11GHz. This high-frequency capability makes it suitable for applications requiring reliable signal transmission in the microwave range.
Operating Temperature Range: The connector can operate in a wide temperature range, from -65°C (extreme cold) to +165°C (high heat). This versatility allows it to function reliably in various environments.
Mating Cycles: With 500 mating cycles, the TNC-JB2 connector is durable and can withstand repeated connections and disconnections. This feature is essential for connectors used in applications where frequent assembly and disassembly occur.
Insulation Resistance: The connector boasts an insulation resistance of 5000 MΩ. High insulation resistance ensures minimal leakage of current across the connector, maintaining signal integrity.
Voltage Standing Wave Ratio (VSWR): The VSWR of 1.30 indicates good impedance matching and minimal signal reflection. Lower VSWR values are desirable for efficient signal transmission.

Technical Features Table: