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The NL17SV00XV5T2 is a single-channel NAND gate integrated circuit manufactured by onsemi. It operates within a supply voltage range of 0.9V to 3.6V and features two inputs. The device utilizes a surface-mount SOT-553 package with five pins. Key electrical specifications include a maximum static current of 900 nA, output high/low currents of 24mA each, and a maximum propagation delay of 2.3ns at 3V with a 30pF load. The operational temperature range spans from -40°C to 85°C.
Verify the specific suffix designation when sourcing replacements, as the provided model lacks the 'G' suffix often associated with RoHS compliance in this series. Confirm that the required operating voltage aligns with the 0.9V to 3.6V specification. Ensure the SOT-553 footprint matches the target PCB layout. Check for any obsolescence notices or production change notifications issued by the manufacturer prior to finalizing procurement decisions.
Select this component for designs necessitating a NAND gate within a very small surface-mount footprint. It is suitable for applications where power efficiency is critical due to its low static current characteristics. Consider the limited supply voltage range compared to broader 1.65V-5.5V series parts. Evaluate the propagation delay against system timing requirements to ensure adequate performance margins are maintained under varying load conditions.
This part belongs to the NL17SV series, which focuses on ultra-low voltage logic solutions. Unlike the broader NL17SZ series that supports up to 5.5V, this specific variant is optimized for lower voltage domains. It shares the same compact SOT-553 packaging family but differs in electrical thresholds and operating ranges tailored for energy-efficient portable electronics and specialized low-power digital circuits.
The NL17SV00XV5T2G is documented as a direct substitute. Verify compatibility regarding environmental compliance status and confirm that the functional parameters remain identical for seamless integration into existing designs without requiring schematic modifications.