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NXS0506UPAZ is listed in the Translators, Level Shifters range at ChipApex. The manufacturer field lists Nexperia USA Inc.. Its product description is NXS0506UP/SOT8025/WLCSP16. Review the specifications below when checking this part for your BOM.
The NEVB-NXS0506UPUL is an evaluation board manufactured by Nexperia USA Inc. for the NXS0506 voltage level translator IC. The NXS0506 is a bidirectional dual-supply level translator with auto-direction control, designed to interface between memory cards operating at 1.7 V to 3.6 V and hosts with nominal supply voltages of 1.1 V to 1.95 V. It supports SD 3.0 specifications including SDR104, SDR50, DDR50, SDR25, SDR12, High-Speed (50 MHz), and Default-Speed (25 MHz) modes. The device features integrated EMI filters and robust ESD protection compliant with IEC 61000-4-2 Level 4 standards.
Verify that the specific order corresponds to the NEVB-NXS0506UPUL evaluation kit rather than the discrete NXS0506UPAZ semiconductor component. Confirm package type compatibility if substituting components in designs using the WLCSP16 format. Ensure application requirements align with the supported voltage ranges and SD 3.0 speed modes documented in the official datasheet.
Select this evaluation board to validate the performance of the NXS0506 translator in target designs. The board facilitates testing of the auto-enable feature and signal integrity at high frequencies. Designers should consider the WLCSP16 package constraints and PCB layout guidelines provided in the documentation when integrating the underlying IC into final products.
The NXS0506 series includes variants such as NXS0506GU for XQFN16 packaging. The UP suffix denotes the WLCSP16 wafer-level chip-scale package used in the NXS0506UPAZ component evaluated by this board. This family addresses the need for compact, low-power level translation in portable consumer electronics requiring fast storage access speeds.
NXS0506GU
No, the device features integrated pull-up resistors, so no external resistors are required.
It utilizes auto-direction sensing circuitry to determine signal flow without needing explicit direction control from the host interface.
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