N Series RF Connectors: Precision, Performance, and Versatility for High-Frequency Applications
The N series RF connectors are precision-engineered to provide high-performance and reliable solutions for a wide range of high-frequency applications. These medium-sized, rugged connectors are designed for environments where outstanding performance, durability, and weather resistance are crucial. With support for frequencies up to 11 GHz, the N series delivers excellent return loss (VSWR) and minimal intermodulation distortion, making it a preferred choice for signal and data transmission systems.
Featuring a secure screw coupling mechanism, the N series is compatible with flexible, conformable, semi-rigid, and corrugated cables. The connectors offer both crimp and clamp termination options, providing installation flexibility. Rated IP68, the N series ensures reliable, weatherproof performance, making it suitable for harsh outdoor environments. Built from high-quality materials, these connectors operate efficiently in temperatures ranging from -40°C to +85°C, with custom solutions available for applications requiring higher temperatures.
Key Features
- Medium-Power, High-Frequency Performance: Supports frequencies up to 11 GHz, with excellent return loss (VSWR) and low intermodulation distortion.
- Versatile Cable Compatibility: Compatible with flexible, conformable, semi-rigid, and corrugated cables, with both crimp and clamp termination options for installation flexibility.
- Weatherproof and Durable: IP68-rated for reliable performance in demanding outdoor conditions, ensuring protection against dust and water.
- Wide Temperature Range: Operates efficiently from -40°C to +85°C, with custom solutions available for higher temperature requirements.
- High-Quality Construction: Built with premium materials for enhanced long-term durability and reliable performance in all environments.
- Ideal for Signal and Data Transmission: Perfect for applications requiring vibration resistance, environmental protection, and high-frequency signal integrity.
