FMWTR1001

Overview

The FMWTR1001 is a commercial-grade waveguide termination manufactured by Fairview Microwave. It is designed for WR-34 waveguide applications, operating within a frequency range of 22 GHz to 33 GHz. The component supports an average power handling capacity of 1 Watt. This module serves as a radar-related RF miscellaneous component, providing precise impedance matching and signal absorption in high-frequency microwave systems.

Feature Summary

• Provides effective signal absorption for WR-34 waveguide systems
• Operates reliably within the 22 GHz to 33 GHz frequency spectrum
• Supports standard average power levels for commercial applications

Applications

• Radar system load testing
• Microwave measurement setups
• Waveguide circuit termination

Procurement Notes

Verify the specific WR-34 waveguide interface compatibility before integration. Confirm that the operational environment remains within the specified 22 GHz to 33 GHz range and does not exceed the 1 Watt average power rating. Ensure proper mechanical mounting for the flange style associated with this model to maintain performance integrity.

Selection Notes

Select this component when a fixed, non-adjustable load is required for WR-34 waveguide lines. It is suitable for applications needing stable impedance characteristics across the Ka-band. Consider thermal management requirements if continuous operation near the maximum power limit is expected.

Part Context

Fairview Microwave specializes in high-quality RF and microwave components, including adapters, attenuators, and terminations. The FMWTR1001 belongs to their catalog of waveguide terminations, which are essential for preventing signal reflections in high-frequency transmission lines. This product line supports various industrial and communication standards.

FAQ

What is the primary function of the FMWTR1001?

It acts as a waveguide termination to absorb RF energy and prevent signal reflections in WR-34 waveguide systems.

Is this component adjustable?

No, it is a fixed termination designed for specific frequency and power ranges without adjustment capabilities.