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ANT-433-WRT-UFL-150 is listed in the Antennas RF range at ChipApex. The manufacturer field lists TE Connectivity Linx. Its product description is RF ANT 433MHZ DOME UFL -150. Review the specifications below when checking this part for your BOM.
The ANT-433-WRT-UFL-150 is a UHF dome RF antenna designed for the 433MHz ISM band, manufactured by TE Connectivity Linx. It operates within a frequency range of 430MHz to 435MHz with a center frequency of 433MHz. The component features a gain of -1.8dBi and a maximum power rating of 5W. It utilizes a U.FL (UMCC) or I-PEX MHF1 connector interface and includes a 150mm cable. Designed for panel installation, it has a maximum height of 27.00mm and complies with RoHS3 standards.
Verify the specific connector type and cable length requirements against the official datasheet before procurement. Confirm that the U.FL interface matches the host device's mating connector. Ensure the panel installation method accommodates the specified physical dimensions. Check for RoHS3 compliance if required by project specifications. Validate availability through authorized distributors as standard lead times may vary.
Select this model when a low-profile dome antenna is required for 433MHz applications. The integrated cable simplifies assembly compared to bare antennas. Consider the -1.8dBi gain performance relative to system link budget requirements. Ensure the U.FL connector compatibility with the target PCB or module. Verify that the 5W power rating exceeds the transmitter output capabilities.
This component belongs to the WRT series of RF antennas from TE Connectivity Linx. It is part of a broader family of antennas designed for sub-GHz wireless communication protocols. The series offers various connector options and form factors to suit different enclosure constraints and integration needs.
Consider the ANT-433-WRT-UFL for identical specifications without the specific 150mm cable designation, though cable length variations exist within the series. Cross-reference with other dome antennas in the same frequency band if mechanical constraints differ.
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