In the demanding world of Radio Frequency (RF) and telecommunications, the quality of every component is paramount. Our All-Copper N-Type Female RF Connector is engineered to deliver superior electrical performance and exceptional longevity, setting a new benchmark for critical high-frequency applications. Designed with a pure copper body and contact elements, this connector offers maximum signal integrity, minimal insertion loss, and unparalleled resistance to environmental degradation, making it the definitive choice for professionals seeking uncompromising reliability.
Superior RF Performance and Signal Integrity
This N-Type female connector is meticulously designed to meet and exceed the stringent requirements of modern high-frequency systems. The core specifications are optimized for high-performance transmission across a wide frequency spectrum.
Optimized for High Frequency: The design ensures low VSWR (Voltage Standing Wave Ratio) and excellent return loss performance, typically operating reliably up to 11 GHz, with some precision-grade applications extending to 18 GHz. This makes it ideal for a vast array of high-speed data, cellular, and satellite communication links.
50 Ohm Impedance: Adhering to the standard 50 Ohm impedance, this connector guarantees optimal power transfer and system matching across all compatible RF infrastructure, including antennas, base stations, and instrumentation.
Low Insertion Loss: The robust, highly conductive all-copper construction minimizes resistive losses, ensuring that your valuable signal power is maximized between components. This is crucial for maintaining signal strength over long runs and in high-gain systems.
Reliable Threaded Coupling: Featuring the standard 5/8"-24 threaded coupling mechanism, the connector provides a secure, vibration-resistant, and mechanically stable connection. This threaded interface is a hallmark of the N-Type design, ensuring consistent electrical contact even under dynamic conditions.
The Advantage of All-Copper Construction
While many connectors use brass with various plating finishes, our decision to utilize an all-copper construction for the main body and external parts offers tangible, long-term benefits that directly impact system reliability and lifespan.
Maximum Conductivity: Copper is renowned for its excellent electrical conductivity, second only to silver among pure metals. Using copper for the connector body ensures the lowest possible resistance path for the outer conductor, enhancing overall RF performance, particularly for shielding and grounding.
Exceptional Corrosion Resistance: The pure copper material provides inherent resistance to rust and corrosion, an essential feature for connectors used in challenging outdoor, industrial, or high-humidity environments. This durability translates to a lower total cost of ownership through reduced maintenance and replacement cycles.
Thermal Stability and Power Handling: Copper's superior thermal properties allow the connector to dissipate heat more effectively than standard plated brass counterparts. This enhances the connector's average power handling capability, especially at higher frequencies where resistive losses concentrate heat at contact points.
Rugged Mechanical Durability: The solid copper construction provides a robust mechanical body, offering increased resistance to wear and tear during repeated mating cycles and resisting physical damage in demanding installations. It is built to endure the harsh conditions often found in military, marine, and outdoor telecom applications.
Broad Application Versatility
The rugged, high-performance nature of the N-Type connector makes this all-copper female head a versatile solution across a multitude of critical industries and applications:
Wireless Communication: Essential for cell phone base stations, remote radio units (RRUs), and cellular DAS (Distributed Antenna Systems) where reliable, low-PIM (Passive Intermodulation) performance is non-negotiable.
Test and Measurement: Used in high-precision RF and microwave test equipment, including spectrum analyzers and network analyzers, where signal integrity is crucial for accurate measurement.
Broadcasting and Radar Systems: Deployed in demanding broadcast antenna feeds, satellite earth stations, and ground-based radar systems requiring consistent power handling and weatherproof integrity.
Industrial and Scientific Instrumentation: Ideal for connecting components in industrial IoT, telemetry, and advanced scientific research setups that operate at high radio frequencies.
Installation and Quality Assurance
Our connectors are manufactured under strict quality control standards, ensuring every unit adheres to precise dimensional and electrical specifications, including the MIL-STD-348 interface standard.
Precision Manufacturing: Each connector is precision-machined to ensure a perfect fit with standard N-Type male connectors, guaranteeing minimal tolerance and optimal electrical mating surface.
Gasketed Weatherproofing: The design incorporates a high-quality environmental gasket, ensuring that when properly mated, the connection achieves a weatherproof seal, protecting against moisture and dust ingress, which is vital for outdoor use.
Easy Termination: Depending on the specific configuration (e.g., bulkhead, panel mount, or cable termination), the connector is engineered for straightforward and secure installation, whether through crimp or solder attachment methods, ensuring a durable and long-lasting cable assembly.
Choose the All-Copper N-Type Female RF Connector for your next critical project. Invest in the strength of pure copper and the proven performance of the N-Type standard, guaranteeing a robust, high-frequency link that you can rely on for years to come.
