FMWAN1040

Antennas RF Overview

The FMWAN1040 is a horn antenna manufactured by Fairview Microwave, designed for millimeter-wave applications. It operates within the frequency range of 58 GHz to 68 GHz and provides a nominal gain of 25 dBi. The antenna features an E-plane beamwidth of 9 degrees and an H-plane beamwidth of 10 degrees. Constructed with brass body materials and black chrome contacts, it ensures durability in demanding environments. The unit weighs approximately 0.086 lbs.

Antennas RF Feature Summary

• Horn antenna design optimized for high-frequency operation
• High nominal gain of 25 dBi for effective signal transmission
• Narrow beamwidths in both E-plane and H-plane directions

Antennas RF Applications

• Millimeter-wave communication systems
• Test and measurement instrumentation
• Radar systems operating in the 58-68 GHz range

Antennas RF Procurement Notes

Verify the specific connector interface and flange type required for integration with existing waveguide components before ordering. Confirm that the operating environment temperature limits align with the component specifications. Ensure compatibility with the intended frequency band to avoid performance degradation. Check for any specific handling requirements due to the precision nature of the horn structure.

Antennas RF Selection Notes

Select this model when a high-gain directional antenna is needed for the 58-68 GHz spectrum. Consider the narrow beamwidth characteristics for focused point-to-point links. Evaluate the mechanical dimensions and weight constraints against the installation space. Compare with other models like FMWAN1031 if higher frequency ranges are required.

Antennas RF Part Context

Fairview Microwave offers a broad portfolio of RF and microwave components, including various horn antennas. The FMWAN1040 belongs to their line of specialized antennas designed for precise millimeter-wave applications. This product complements their suite of waveguide accessories and connectors, providing complete solutions for high-frequency system integration.