FMWAN034-20

Antennas RF Overview

The FMWAN034-20 is a WR-34 waveguide antenna manufactured by Fairview Microwave. It features a UG-1530/U flange interface and operates within the frequency range of 22 GHz to 33 GHz. The component provides a gain of 20 dBi. This antenna is designed for high-frequency applications requiring precise signal transmission and reception in the specified millimeter-wave band.

Antennas RF Feature Summary

• Utilizes WR-34 waveguide design for efficient signal propagation
• Equipped with UG-1530/U flange for standardized mounting compatibility
• Delivers 20 dBi gain for enhanced directional performance

Antennas RF Applications

• Millimeter-wave communication systems
• Radar test and measurement setups
• Satellite ground station links

Antennas RF Procurement Notes

Verify the specific flange type and waveguide dimensions against system requirements before procurement. Ensure that the operating environment supports the 22 GHz to 33 GHz frequency range. Confirm mechanical fit for the UG-1530/U flange interface to guarantee proper installation and signal integrity in the final assembly.

Antennas RF Selection Notes

Select this model when a fixed-gain solution is required for the WR-34 band. Consider the physical size constraints associated with waveguide components. Evaluate the need for the specific UG-1530/U flange standard versus other compatible interfaces available in the manufacturer's catalog.

Antennas RF Part Context

This part belongs to Fairview Microwave's antenna portfolio, specifically targeting high-frequency waveguide applications. It complements their broader range of RF connectors and cables by providing passive radiating elements for complete system integration in microwave and millimeter-wave frequencies.

Antennas RF Replacement Considerations

Check for alternative models such as FMWAN034-10 or FMWAN034-20KF if different gain levels or accessory configurations are needed. Verify compatibility with existing waveguide runs and flange standards to ensure seamless substitution without redesigning the mechanical structure.