TNC Female Flange Panel Mount RF Coaxial Connector

TNC Female Flange Panel Mount RF Coaxial Connector – High-Performance Solution for Reliable Signal Integrity

This robust and precision-engineered TNC female flange panel mount RF coaxial connector delivers exceptional performance in demanding high-frequency environments. Designed for secure, long-term installation on panels or chassis, it ensures stable electrical continuity and mechanical resilience across a wide range of industrial and professional applications. Featuring a threaded coupling mechanism that surpasses standard BNC connectors in vibration resistance and signal consistency, this connector supports microwave frequencies up to 11 GHz with a precise 50-ohm impedance—making it ideal for modern wireless systems requiring minimal signal loss and maximum reliability.

Key Features:

• 4-hole flange mounting design for firm, vibration-resistant attachment to enclosures or printed circuit boards
• Threaded coupling system enhances connection stability compared to snap-on alternatives like BNC
• Optimized for frequencies from DC to 11 GHz, ensuring compatibility with advanced telecom and RF equipment
• 50 ohm characteristic impedance maintains signal integrity in high-speed data transmission scenarios
• Corrosion-resistant plating and durable housing materials ensure longevity even under harsh environmental conditions

Detailed Description:

The TNC (Threaded Neill-Concelman) female flange panel mount connector is engineered for superior performance in both laboratory and field-deployed systems. Its unique flange configuration allows for direct mounting onto metal surfaces without the need for additional brackets or fasteners, reducing assembly complexity while improving structural rigidity. Unlike conventional BNC connectors, which are prone to loosening under mechanical stress, the TNC’s screw-type interface provides a tighter lock, minimizing signal degradation caused by movement or thermal expansion. This makes it especially suitable for aerospace, defense, and mobile communication infrastructure where consistent connectivity is non-negotiable. The connector's internal contact design minimizes insertion loss and return loss, ensuring optimal power transfer efficiency—a critical factor in antenna feed lines, test instrumentation, and base station installations.

Applications:

Engineers and technicians rely on this TNC female flange connector in diverse sectors including cellular network deployments, radar systems, satellite communications, wireless LAN infrastructure, and scientific measurement devices. It serves as an essential component in Wi-Fi access points, GPS modules, military-grade radios, and automated test equipment (ATE). Whether used in fixed installations or portable units subjected to frequent handling, its rugged build guarantees reliable operation over extended periods. In addition, its compatibility with RG-58, RG-59, and other common coaxial cables ensures seamless integration into existing setups without requiring extensive rewiring or reconfiguration.

User Testimonials:

“I’ve used several brands of TNC connectors, but this one stands out for its clean fit and solid grip when mounted. No more loose connections during outdoor testing!” – Electronics Engineer, UK

“Perfect for our UAV antenna system. Even after repeated landings and vibrations, the signal remains stable. Worth every penny.” – Drone Systems Developer, Canada

“Installed in a weatherproof enclosure for a remote weather station. After two years in coastal conditions, still performing flawlessly.” – Field Technician, Australia

Frequently Asked Questions:

What makes this Tnc Connector better than BNC for high-vibration environments? The threaded coupling offers significantly higher torque retention and prevents accidental disconnection due to mechanical shock or constant movement—ideal for vehicles, aircraft, or industrial machinery.

Can I use this with different types of coaxial cables? Yes, it’s compatible with most standard 50-ohm coaxial cables such as RG-58, RG-59, LMR-200, and others commonly found in RF applications.

Is it suitable for outdoor installations? Absolutely. With proper sealing and mounting, it performs reliably in humid, dusty, or temperature-extreme conditions typical of outdoor wireless networks and surveillance systems.

Does it support full-duplex communication? Yes, its low insertion loss and consistent impedance make it ideal for bidirectional signal paths in modern digital communication protocols like LTE, 5G, and IoT mesh networks.

Product Categories : RF Coaxial Connector > Tnc Connector