BB1442N

Antennas RF Overview

The BB1442N is a VHF whip antenna manufactured by TE Connectivity, designed for operation within the 144 MHz to 174 MHz frequency range. It features a mechanical whip form factor and utilizes an MC connector interface. Classified under ISM Antennas for UHF, VHF, and UWB applications, this component serves as a dedicated radio frequency transmission element. The product is identified by manufacturer part number BB1442N and falls under the general antennas subcategory.

Antennas RF Feature Summary

• Operates within the 144 MHz to 174 MHz VHF band
• Utilizes a whip mechanical structure for signal transmission
• Equipped with an MC connector interface

Antennas RF Applications

• VHF radio communication systems
• ISM band signal transmission
• UHF/VHF wireless data links

Antennas RF Procurement Notes

Verify the specific connector type and physical dimensions against system requirements before ordering. Confirm that the operating frequency aligns strictly with the 144-174 MHz specification. Ensure compatibility with the MC interface standard required by the host equipment. Check current availability status as supply levels may fluctuate.

Antennas RF Selection Notes

Select this model when a fixed-frequency VHF whip antenna is required for mobile or base station setups. Compare against similar models like the BB1443 if different gain characteristics or physical lengths are needed. Ensure the MC connector matches the mating port on the target device. Validate environmental ratings if outdoor deployment is planned.

Antennas RF Part Context

This component belongs to the TE Connectivity antenna portfolio, specifically within the ISM and VHF categories. It is engineered for reliable signal propagation in designated radio frequency bands. The product line supports various industrial and commercial communication needs requiring standardized VHF connectivity solutions.

Antennas RF Replacement Considerations

The BB1443 is a documented alternative from the same manufacturer offering similar frequency coverage but potentially differing physical specifications.