FMW159TR1001

Overview

The FMW159TR1001 is an RF terminator manufactured by Fairview Microwave, designed for WR-159 waveguide applications. It operates within a frequency range of 4.8 GHz to 5.2 GHz and supports a power handling capacity of 50 Watts. The component features a brass body and utilizes a CPR-159F flange interface. Packaged in bags, this device serves as a precision termination solution for high-frequency signal systems requiring stable impedance matching.

Feature Summary

• Engineered for WR-159 waveguide compatibility with a brass construction
• Provides precise RF termination within the specified microwave frequency band
• Utilizes a CPR-159F flange for secure mechanical integration

Applications

• Microwave test and measurement setups
• Waveguide system load termination
• Signal path isolation and reflection reduction

Procurement Notes

Verify the specific CPR-159F flange configuration matches your existing waveguide infrastructure before procurement. Confirm that the 50-watt power rating aligns with your system's thermal management capabilities. Ensure the 4.8 GHz to 5.2 GHz operational bandwidth covers your intended application spectrum. Request the official datasheet to validate dimensional tolerances and material specifications against your design requirements.

Selection Notes

Select this model when a robust brass termination is required for WR-159 waveguides. Consider the 50-watt power limit and the specific 4.8-5.2 GHz frequency window. The CPR-159F flange dictates the mating interface, so ensure compatibility with adjacent components. This part is suitable for environments where standard waveguide termination performance is necessary without specialized cooling or extended frequency ranges.

Part Context

This component belongs to Fairview Microwave's RF terminators category, specifically tailored for large rectangular waveguide standards. It complements other waveguide accessories by providing essential load termination functions. The brass construction offers durability and consistent electrical properties across the designated Ka-band segment, supporting reliable system operation in professional RF engineering contexts.