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The DMTH8003SPSW-13 is a single N-channel enhancement mode MOSFET manufactured by Diodes Incorporated. It utilizes silicon technology and is housed in a PowerDI5060-8 surface-mount package. The device features an 80 V drain-source breakdown voltage (Vds) and supports a continuous drain current (Id) of 100 A. Its maximum on-resistance (Rds On) is specified at 3.9 mOhms. The gate-source voltage range extends from -20 V to +20 V, with a threshold voltage (Vgs th) of 2 V. Total gate charge (Qg) is 124.3 nC. The component operates within a temperature range of -55 °C to +175 °C and has a power dissipation rating of 125 W.
Verify the specific suffix 'SPSW' against the manufacturer's official datasheet to confirm the exact tape-and-reel packaging configuration and lead frame material. Ensure that the PowerDI5060-8 footprint matches the target PCB layout dimensions precisely. Confirm RoHS compliance status through the latest product compliance documentation provided by Diodes Incorporated prior to final procurement authorization.
Select this component when high current capacity is required in a compact surface-mount form factor. The 80 V rating suits applications operating below this threshold with adequate safety margins. Evaluate the 3.9 mOhm on-resistance against thermal management requirements to ensure junction temperatures remain within the specified 175 °C limit under expected load conditions.
This part belongs to the DMTH series of MOSFETs from Diodes Incorporated, designed for general-purpose power switching. The PowerDI5060-8 package provides a balance between thermal performance and board space efficiency compared to traditional TO-220 packages. It targets modern electronics requiring robust discrete semiconductor solutions for power management tasks.
Consult the official Diodes Incorporated cross-reference guide for verified substitutes. Ensure any replacement maintains the 80 V minimum Vds, 100 A Id rating, and compatible PowerDI5060-8 pinout to guarantee mechanical and electrical interchangeability without circuit redesign.