7-16 (DIN) Series Coax Connector: High Performance and Reliability for High-Frequency Mobile Radio Applications
The 7-16 (DIN) series coax connectors are designed for high-power, high-frequency applications in mobile radio and telecommunications. With a rugged, threaded coupling, these connectors support frequencies up to 7.5 GHz and offer 50 Ω impedance. They are known for their superior return loss (VSWR) and minimal intermodulation distortion, ensuring reliable signal transmission in demanding environments. This series is compatible with a variety of cables, including flexible, conformable, semi-rigid, and corrugated types, and provides options for solder, clamp, or crimp terminations.
Built for durability and weather resistance, the 7-16 series is rated IP68, ensuring excellent sealing for protection against dust and water. These connectors are ideal for use in radio base stations and test equipment, where vibration resistance and environmental protection are critical. With their high-performance design and versatility, the 7-16 series is the go-to solution for applications requiring reliability in extreme conditions.
Key Features
- High-Frequency, High-Power Performance: Supports frequencies up to 7.5 GHz with excellent return loss (VSWR) and low intermodulation distortion.
- Versatile Cable Compatibility: Compatible with flexible, conformable, semi-rigid, and corrugated cables, with solder, clamp, or crimp termination options for flexible installation.
- Weatherproof and Durable: IP68-rated for reliable performance in demanding outdoor environments, ensuring protection against dust and water.
- Wide Temperature Range: Operates effectively from -40°C to +85°C, with custom solutions available for higher temperature needs.
- High-Quality Construction: Built with premium materials for enhanced durability and reliable performance in harsh conditions.
- Ideal for Mobile Radio and Test Equipment: Perfect for radio base station interconnections, high-power applications, and environments where vibration resistance and environmental protection are critical.
