FMWAN075-15NF

Antennas RF Overview

The FMWAN075-15NF is a standard gain horn antenna manufactured by Fairview Microwave, designed for operation within the WR-75 waveguide frequency range. It features an N Female connector interface to facilitate integration with coaxial systems. The component provides a fixed gain of 15 dBi, ensuring consistent signal performance for directional applications. Constructed as a pyramidal horn antenna, it supports V-band frequencies up to 75 GHz. The unit is packaged individually in a bag and weighs approximately 11.34 grams, suitable for precision RF testing environments.

Antennas RF Feature Summary

• Pyramidal horn geometry optimized for standard gain performance
• N Female connectorized input for direct coaxial interfacing
• Fixed 15 dBi gain rating for predictable signal directionality

Antennas RF Applications

• V-band radio frequency test and measurement setups
• Wireless communication link characterization
• Antenna pattern measurement reference sources

Antennas RF Procurement Notes

Verify that the receiving system utilizes an N Female interface compatible with WR-75 waveguide transitions. Confirm operational frequency requirements align with the specified 15 dBi gain profile. Ensure environmental conditions meet the mechanical specifications for the pyramidal structure. Check current supply status as availability may be restricted.

Antennas RF Selection Notes

Select this model when a standardized 15 dBi gain reference is required for V-band applications. Compare against the FMWAN075-20SF variant if higher gain is necessary. Ensure the N Female interface matches existing cabling infrastructure. Consider the physical dimensions and weight constraints for mounting arrangements in the final assembly.

Antennas RF Part Context

This component belongs to Fairview Microwave's line of WR-75 standard gain horns. It complements other models such as the 10 dBi and 20 dBi variants, offering a middle-ground gain option. These antennas are engineered for high-frequency precision, supporting the broader portfolio of RF components used in advanced microwave and millimeter-wave testing scenarios.