FMANRBD1011

Antennas RF Overview

The FMANRBD1011 is a UHF rubber duck antenna manufactured by Fairview Microwave. It operates within the 400 MHz to 470 MHz frequency range and provides a gain of 2.15 dBi. The antenna features vertical polarization and utilizes an N-type connector interface. Designed for ISM, MICS, UHF, VHF, and UWB applications, it offers reliable signal transmission in compact form factors suitable for portable or fixed installations requiring robust RF connectivity.

Antennas RF Feature Summary

• Compact rubber duck design for flexible deployment
• Vertical polarization for consistent signal orientation
• N-type connector interface for secure attachment

Antennas RF Applications

• ISM band communications
• MICS applications
• UHF/VHF radio systems
• Portable handheld devices

Antennas RF Procurement Notes

Verify the specific connector gender and cable length requirements against system specifications before ordering. Confirm regulatory compliance for the target operational region. Check manufacturer documentation for environmental ratings if outdoor use is intended. Ensure mechanical fitment with existing mounting hardware. Validate frequency range alignment with system transceivers.

Antennas RF Selection Notes

Select this model when a low-profile, vertically polarized antenna is required for UHF frequencies. The N-type interface dictates compatibility with mating connectors. Consider the 2.15 dBi gain level relative to system link budget requirements. Evaluate physical dimensions for space-constrained enclosures. Compare against whip antennas if higher gain or different radiation patterns are needed.

Antennas RF Part Context

This component belongs to Fairview Microwave's antenna portfolio, specifically targeting UHF and VHF wireless applications. It complements their broader range of RF interconnects and passive components. The product line supports various industrial, scientific, and medical communication standards. It serves as a critical interface element between RF circuitry and free-space propagation.