Terminations

HYTEM  >  Terminations

Precise and robust components​

Terminations

Hytem offers a complete range of loads designed to meet dissipation needs in test environments, including water-cooled, oil-cooled, and air-cooled loads. Available for power levels up to 80 kW, they ensure reliable termination, low reflection (VSWR), and optimal thermal management for your RF transmission equipment.

High Dissipation Capacity

Solutions suitable for high power up to 80 kW, meeting the demands of test benches and intensive RF systems.

Varied Cooling Technologies

Available in air, oil, or water-cooled versions for optimized thermal management according to the application.

Low Reflection Rate (VSWR)

Excellent impedance matching ensuring stable termination and limiting reflected waves.

Controlled Thermal Stability

Design engineered to guarantee continuous and safe operation, even under high load.

High-Power Application Compatibility

Ideal for testing transmitters, RF amplifiers, and industrial transmission systems.

Robustness and Reliability

Resistant materials ensure durability and consistent performance over time.

Simple Integration into Test Environments

Formats suitable for fixed installations and professional measurement benches.

Water charges

Water-cooled RF loads are essential devices for high-power transmission systems, enabling efficient dissipation of RF energy while minimizing ambient heat. Thanks to their compact design and ability to be installed in any position, they offer optimal flexibility for a variety of applications.

Oil charges

Our oil-cooled RF loads are designed to test and adjust high-power transmitters in non-radiating conditions. They offer virtually reflection-free termination, high accuracy, and safe heat dissipation thanks to a dielectric oil cooling system. Robust, reliable, and available in a wide range of power ratings, they can be adapted to your most demanding test environments.

Air charges

⏺️ Low power (0.5 to 50 W)

⏺️ Medium power (50 to 250 W)

⏺️ High power (from 250 W)

Need information or advice for your solution?