1000W Coaxial Termination

5o2110000,High-Power Reliability for Demanding RF Systems

In high-power RF systems, effective power dissipation and signal termination are critical to maintaining system stability and preventing damage from reflected power. The 1000W Coaxial Termination delivers outstanding performance from DC to 3GHz, providing a robust and reliable solution for applications requiring high power handling and low VSWR. With a maximum VSWR of 1.2, this termination minimizes reflections, enhances signal quality, and ensures precise impedance matching at 50 ohms. Its high-power capability, combined with optional air-cooled heat dissipation, makes it ideal for continuous operation in mission-critical environments.

Application Areas

This high-power termination is designed for a range of demanding applications:

Wireless Communication Systems: Provides reliable termination in broadcast transmitters and cellular base station amplifiers.

Radar and Satellite Systems: Ensures safe dissipation of unused power in high-power radar and satellite ground equipment.

Test & Measurement: Protects sensitive instruments during high-power RF testing and calibration.

Electronic Countermeasures: Supports harmonic suppression and load simulation in defense and EW systems.

Industrial Heating & RF Energy: Used in plasma generation, industrial heating, and medical RF systems.

Key Product Features

High Power Rating: 1000W continuous power handling

Broad Frequency Range: DC to 3GHz

Low VSWR: ≤1.2 for minimal reflections and optimal matching

High-Power Connectors: 7/16-J or 7/16-K options

Rugged Cooling Design: Integrated fan and optional air-cooling support

Wide Temperature Range: Operates from -55°C to +125°C ambient

 Summary

The 5o2110000 1000W Coaxial Termination is a high-performance, high-reliability component designed for the most demanding RF systems. Its ability to handle extreme power levels with low VSWR makes it indispensable in wireless infrastructure, radar, test systems, and defense applications. By integrating this termination, engineers can improve system safety, increase operational uptime, and ensure consistent performance—even under the most challenging conditions.

Datasheet