BB4305CNS

Antennas RF Overview

The BB4305CNS is a UHF whip antenna manufactured by TE Connectivity, designed for operation within the 430MHz to 450MHz frequency range with a center frequency of 440MHz. It features a straight whip design and provides a gain of 5dBi. The antenna utilizes an NMO base mount style and has a maximum height of 914.40mm (36.000 inches). It exhibits a VSWR of 2 and is compliant with RoHS standards.

Antennas RF Feature Summary

• Straight whip antenna design optimized for UHF band operations
• NMO base mounting style for secure vehicle installation
• Operates within the 430MHz to 450MHz frequency spectrum
• RoHS compliant construction for environmental safety

Antennas RF Applications

• Police cruisers
• Municipal vehicles
• Emergency response communications

Antennas RF Procurement Notes

Verify the specific part number suffix against official TE Connectivity documentation to ensure correct termination style and connector type. Confirm that the NMO mount interface matches the intended vehicle roof configuration. Check current availability status as lead times may vary. Ensure compliance with local radio frequency regulations for the specified frequency band before deployment.

Antennas RF Selection Notes

Select this model when a fixed-mount UHF antenna is required for municipal or emergency fleets. The NMO base ensures compatibility with standard vehicle mounting systems. Consider the physical height constraint of approximately 914mm during installation planning. Verify that the 5dBi gain meets the coverage requirements for the specific operational environment.

Antennas RF Part Context

This component belongs to the B4305 series of RF antennas from TE Connectivity. It is specifically engineered for mobile two-way radio applications in the UHF band. The product line focuses on durable, high-performance antennas suitable for harsh vehicular environments and critical communication needs.

Antennas RF Replacement Considerations

Consult official TE Connectivity substitution guides for compatible alternatives. Cross-reference mechanical dimensions and electrical specifications to ensure functional equivalence. Verify that any substitute part supports the same NMO mounting interface and frequency range.