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B1322WS is listed in the Antennas RF range at ChipApex. The manufacturer field lists TE Connectivity. Its product description is RF ANT 132MHZ WHIP STR NMO BASE. Review the specifications below when checking this part for your BOM.
The TE Connectivity B1322WS is a VHF whip antenna designed for vehicular applications. It operates within the 132MHz to 174MHz frequency range, centered at 132MHz. The antenna features a straight whip design with an NMO base mount and provides a peak gain of 2.4dB. It supports a maximum power input of 100W and maintains a VSWR of 2. Constructed from 17-7PH stainless steel, the whip measures approximately 40 inches (102cm) in length.
Verify the specific datasheet version provided by TE Connectivity or authorized distributors to ensure compliance with current RoHS standards and ECCN classification. Confirm that the NMO base mount interface matches the existing vehicle mounting hardware. Check for any required coaxial lead cable accessories if not included in the standard package configuration.
Select this model when a wideband VHF solution is required for mobile platforms. Ensure the application environment accommodates the physical length of the whip. Verify that the 100W power rating aligns with the transmitter output capabilities. Consider the need for additional grounding or counterpoise elements if operating without a dedicated ground plane structure.
This component belongs to the Laird Connectivity (formerly TE Connectivity RF) line of vehicular antennas. It is part of the B1322 series, which offers various configurations for different mounting styles and frequency bands. The B1322WS specifically denotes the straight whip variant with an NMO base, targeting professional mobile radio markets.
Direct substitutes may include other models within the B1322 series offering similar NMO mounting and VHF coverage. Verify mechanical dimensions and electrical performance parameters before swapping. Consult manufacturer documentation for cross-reference lists to identify compatible alternatives with identical form factors.
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