Bulkhead PCB Chassis Mount Solder Female TNC Connector

Bulkhead PCB Chassis Mount Solder Female Tnc Connector – High-Performance RF Coaxial Solution for Professional Applications

This precision-engineered female TNC connector is specifically designed for secure, long-lasting integration into printed circuit boards and industrial enclosures. Ideal for high-frequency signal transmission, it delivers consistent performance in demanding environments where reliability and durability are non-negotiable. Whether you're working on telecom infrastructure, wireless systems, or RF test equipment, this bulkhead-mounted, solder-terminal Tnc Female Connector ensures minimal signal loss and maximum mechanical stability.

Engineered with a robust flange panel mount design, the connector provides a firm interface between PCBs and chassis panels, reducing vibration-induced signal degradation. Its corrosion-resistant plating and high-grade materials make it suitable for both indoor and outdoor installations, including harsh industrial conditions. With a frequency range extending up to 10 GHz, this RF Coaxial Connector supports modern communication standards such as 4G/5G base stations, Wi-Fi mesh networks, and satellite ground terminals—making it a versatile component for engineers and technicians worldwide.

Key Features:

• Secure Bulkhead Mounting: Enables direct attachment to PCBs or metal chassis, offering enhanced structural integrity and electromagnetic shielding.
• Solder Terminal Connection: Offers permanent, low-resistance electrical contact ideal for mission-critical applications requiring long-term reliability.
• High-Frequency Reliability: Maintains excellent VSWR (Voltage Standing Wave Ratio) performance across wide bandwidths, minimizing insertion loss and reflection.
• Durable Construction: Made from brass with nickel-plated contacts and a rugged outer shell, ensuring resistance to oxidation and environmental stressors.

Unlike standard connectors that compromise on stability or signal fidelity, this female TNC connector combines ease of installation with superior electrical characteristics. The flange design not only simplifies alignment during assembly but also enhances grounding, which is essential for maintaining clean RF signals in sensitive measurement setups. It’s an ideal choice for OEM manufacturers, R&D labs, and field service engineers who demand precision without complexity.

Applications Include:

• Telecommunications hardware like cellular repeaters, baseband units, and antenna interfaces
• RF test instruments such as spectrum analyzers, signal generators, and network analyzers
• Wireless data transmission systems including IoT gateways, LoRa modules, and point-to-point links
• Professional audio/video broadcasting equipment and military-grade communications gear

Users consistently praise its plug-and-play functionality, especially when paired with male TNC cables or adapters. Many report improved signal consistency over time compared to crimp or screw-type alternatives, particularly in mobile or portable setups where mechanical shock is common. Engineers appreciate the clean termination process—no specialized tools required—while hobbyists value the straightforward soldering method for DIY projects involving amateur radio or drone telemetry.

Frequently Asked Questions:

What makes this connector different from other TNC variants? This model features a dedicated PCB/chassis mounting configuration rather than a through-hole or panel-mount-only version, making it uniquely suited for integrated electronic assemblies. Additionally, the solder terminal offers better conductivity than spring-loaded or threaded connections in high-vibration settings.

Is it compatible with RG-58 or LMR-200 cables? Yes—it accepts standard 50-ohm coaxial cables with 3.0mm outer diameter conductors, commonly found in RG-58, LMR-200, and similar types. Ensure proper stripping and center pin alignment during installation for optimal results.

Can it be used outdoors? Absolutely. The nickel-plated brass body resists moisture, salt spray, and UV exposure, making it well-suited for outdoor antennas, weatherproof enclosures, and marine communication systems.

Why choose this over UHF or SMA connectors? While UHF connectors offer lower cost, they suffer from higher losses at frequencies above 500 MHz. SMA connectors provide higher bandwidth but lack the mechanical robustness needed for heavy-duty installations. This TNC variant strikes the perfect balance between performance, durability, and versatility—ideal for professional-grade RF connectivity.

Product Categories : RF Coaxial Connector > Tnc Connector