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Alternatives to Infineon Technologies IRFR9024NPBF

Infineon Technologies IRFR9024NPBF and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for Infineon Technologies IRFR9024NPBF

IRFR9024NPBF compared against its qualified second sources
IRFR9024NPBFInfineon TechnologiesNTD2955T4GonsemiIRFR9024TRPBFVishay Siliconix+1more
FFF CompatibilityMatches the exact standard TO-252 (DPAK) footprint and pinout (Pin 1: Gate, Pin 2/Tab: Drain, Pin 3: Source).Standard DPAK physical dimensions and surface-mount configuration match the target.Meets or exceeds all critical electrical characteristics, with slightly higher voltage (60V vs 55V) and continuous current (12A vs 11A). On-resistance (180 mOhm) is practically equivalent to the original (175 mOhm).Matches the standard TO-252 (DPAK) footprint and pinout.Standard DPAK physical envelope and surface-mount configuration.The non-N standard IRFR9024 variant has significantly higher on-resistance (280 mOhm vs 175 mOhm) and a lower continuous current rating (8.8A vs 11A).
AI Summary

IRFR9024NPBF by Infineon Technologies: P-Channel 55 V 11A (Tc) 38W (Tc) Surface Mount TO-252AA (DPAK).

The NTD2955T4G from onsemi is an active, highly reliable drop-in replacement that slightly improves upon the voltage and current handling ratings of the original IRFR9024NPBF while maintaining the exact DPAK footprint.

  • Direct pin-compatible drop-in replacement in the same DPAK footprint
  • Higher breakdown voltage: 60V vs 55V of the original
  • Higher continuous drain current handling: 12A vs 11A
  • Slightly higher nominal gate charge (30 nC vs 19 nC) which can marginally increase switching times depending on gate drive strength
  • On-state resistance is marginally higher (180 mOhm vs 175 mOhm), though negligible in most applications

This is the non-N standard version of the IRFR9024 from Vishay Siliconix; while fully pin and footprint compatible, it represents a step down in electrical performance (higher RDSon and lower current) compared to the target.

  • Direct pin-compatible drop-in in the same DPAK footprint
  • Higher breakdown voltage: 60V vs 55V
  • Produced by Vishay, a primary supplier of standard MOSFETs
  • Significantly higher on-state resistance (280 mOhm vs 175 mOhm) which increases conduction losses
  • Continuous current is restricted to 8.8A (vs 11A of the target part)
Lifecycle StatusObsoleteActiveActive
Market AvailabilityNon-stockIn stockIn stock
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