Nexperia PXNx N-Channel Logic Level Trench MOSFETs

Nexperia PXNx N-Channel Logic Level Trench MOSFETs are designed for high-efficiency power management in various applications. These Nexperia MOSFETs feature low on-state resistance [RDS(on)], ranging from 2.8mΩ to 14mΩ, and support 60V and 100V drain-source voltages (VDS). These MOSFETs are optimized for logic level compatibility and are suitable for secondary side synchronous rectification, DC-to-DC converters, motor drives, load switching, and LED lighting. These MOSFETs are housed in thermally efficient MLPAK33 and MLPAK56 packages, which offer a compact footprint and enhanced thermal performance. With features like low gate charge (Qg) and high avalanche ruggedness, the PXNx series ensures reliable operation in demanding environments.

Features

  • 60V and 100V options
  • Drain-source on-state resistance
    • 5.7mΩ to 14mΩ range for 60V
    • 2.8mΩ to 2.9mΩ range for 100V
  • Logic level compatibility
  • Trench MOSFET technology
  • Thermally efficient packages in a small form factor
    • 3.3mm x 3.3mm footprint, MLPAK33 (SOT8002-1) for 60V
    • 5.15mm x 6.15mm footprint, MLPAK56 (SOT8038-1) for 100V

Applications

  • Secondary side synchronous rectification
  • DC-to-DC converters
  • Home appliances
  • Motor drives
  • Load switching
  • LED lighting
  • E-bikes (100V only)

Specifications

  • Maximum drain current ranges
    • 39A to 83A for 60V
    • 180A to 184A for 100V
  • Maximum total power dissipation ranges
    • 43W to 79W for 60V
    • 181W for 100V
  • Typical gate drain charge ranges
    • 2.1nC to 5.7nC for 60V
    • 19nC to 20nC for 100V
  • Typical total gate charge ranges
    • 5.9nC to 16.5nC for 60V
    • 51nC to 74nC for 100V
  • Maximum non-repetitive drain source avalanche energy ranges
    • 22.5mJ to 90mJ for 60V
    • 275.6mJ to 714mJ for 100V
  • Typical source-drain diode recovered charge ranges
    • 4.9nC to 11nC for 60V
    • 31nC to 48nC for 100V
  • -55°C to +150°C junction temperature range
Published: 2025-04-08 | Updated: 2025-04-13