"Enhanced Performance with RF Coaxial Connector TNC-50KFD22 HUADA"

Introducing the RF Coaxial Connector TNC-50KFD22 HUADA, an advanced solution for high-frequency signal transmission applications. Featuring a 50Ω impedance and supporting a maximum frequency of 11GHz, this connector is optimized for modern communication and high-speed electronics systems. Operable within a wide temperature range from -65°C to +165°C and designed with a mating cycle of 500, it ensures durability, consistent performance, and dependable signal integrity. With insulation resistance of 5000 MΩ and a dielectric withstanding voltage of 1500V, it prioritizes safety and reliability in high-frequency connectivity applications.

"High-Frequency Signal Transmission: TNC-50KFD22 Connector with 50Ω Impedance"

The RF Coaxial Connector TNC-50KFD22 HUADA sets a new standard for high-frequency signal transmission, showcasing exceptional technical features and performance attributes. This advanced connector represents a cutting-edge solution for professionals and businesses seeking high-performance and reliable connectivity solutions for modern communication and high-speed electronics systems.

With a 50Ω impedance and the ability to support a maximum frequency of 11GHz, the TNC-50KFD22 HUADA is engineered to optimize high-speed signal transmission, making it an ideal choice for advanced communication systems and high-frequency electronics applications.

Operating within a wide temperature range from -65°C to +165°C, this connector is designed to withstand diverse environmental conditions, ensuring consistent and reliable performance in demanding operational environments.

Featuring a mating cycle of 500 and a VSWR of 1.30, the TNC-50KFD22 HUADA guarantees durability, reliable performance, and dependable signal integrity, addressing the precision requirements of high-frequency connectivity solutions.

Furthermore, the connector's insulation resistance of 5000 MΩ and a dielectric withstanding voltage of 1500V prioritize safety, reliability, and quality, ensuring compliance with stringent industry standards for high-frequency signal transmission.

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