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H2UL4F1T2W0100 is listed in the Antennas RF range at ChipApex. The manufacturer field lists Unictron Technologies Corporation. Its product description is UWB CERAMIC CHIP ANTENNA CR601,. Review the specifications below when checking this part for your BOM.
The H2UL4F1T2W0100 is a ceramic chip antenna manufactured by Unictron Technologies Corporation, designed for Ultra-Wideband (UWB) applications. It operates within the frequency range of 6GHz to 8GHz, with a center frequency typically associated with the 7GHz band. The component provides a gain of 6.3dBi and utilizes a surface-mount device (SMD) package configuration. This antenna is part of the CR601 series, intended for integration into compact electronic devices requiring high-frequency UWB signal transmission and reception capabilities.
Verify the specific revision of the CR601 series documentation when integrating this component. Confirm that the host PCB layout adheres to the recommended ground plane specifications provided in the official datasheet to maintain the specified 6.3dBi gain. Ensure compatibility with the target UWB chipset's impedance matching requirements prior to mass production.
Select this model when a high-gain solution is required for the 6-8GHz spectrum within a small form factor. The ceramic construction offers durability suitable for consumer electronics. Compare against other UWB antennas if lower gain or different frequency bands are acceptable for the specific application constraints.
This component belongs to Unictron's portfolio of RF antennas, specifically targeting the growing UWB market segment. It complements their broader range of cellular, Wi-Fi, and GNSS solutions by addressing niche high-frequency requirements. The CR601 series represents the manufacturer's capability in producing miniaturized components for advanced wireless standards.
No direct substitute part numbers are publicly confirmed in the provided documentation. Engineers should consult Unictron Technologies Corporation directly for cross-reference recommendations or evaluate alternative UWB ceramic antennas from other manufacturers based on mechanical and electrical parameter alignment.
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