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NV6154-RA is listed in the Power Driver Modules range at ChipApex. The manufacturer field lists Navitas Semiconductor, Inc.. Its product description is GANFAST WITH GANSENSE, SINGLE, 6. Review the specifications below when checking this part for your BOM.
The NV6154-RA is a single half-bridge power management IC from the GaNSense series, manufactured by Navitas Semiconductor. It integrates a 650V gallium nitride (GaN) transistor with an on-chip gate driver in a PQFN-5x6-24 package. The device features a typical drain-source on-resistance of 260 milliohms and supports surface-mount installation. It operates within a temperature range of -40°C to +125°C and carries a moisture sensitivity rating. The component is classified as Not Recommended for New Designs (NRND).
Verify current availability status carefully, as this component is designated as Not Recommended for New Designs. Confirm that existing stock levels meet project requirements before committing to procurement. Ensure compatibility with legacy design constraints if integrating into new production runs. Check for potential obsolescence notices or end-of-life notifications from the manufacturer prior to finalizing orders.
Select this component only for maintenance or replacement of existing systems utilizing the NV6154 architecture. Evaluate thermal performance within the specified operating temperature range. Consider the 260 milliohm on-resistance when calculating conduction losses. Verify that the PQFN-5x6-24 footprint matches the target PCB layout. Assess supply chain stability given the NRND status.
This part belongs to the GaNSense family of power management ICs, which combine wide-bandgap semiconductors with intelligent control features. The NV6154 variant specifically targets applications requiring a single half-bridge configuration. It represents a generation of integrated power solutions designed to reduce component count and improve efficiency in power conversion stages.
The NV6153-RA serves as a functional substitute within the same series, offering similar integration but with a higher on-resistance of 330 milliohms. Designers must verify that the increased resistance meets thermal and efficiency requirements for the specific application before swapping components.
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