Curve Highlights SineSemi PDFN5060-8L-W MOSFET Package for High-Current Designs

August 22, 2026

Curve Highlights SineSemi PDFN5060-8L-W MOSFET Package for High-Current Designs

The SineSemi PDFN5060-8L-W platform combines a fused source-lead design with wettable flanks to support current handling, thermal performance and optical inspection.

Curve Semiconductors is highlighting SineSemi’s PDFN5060-8L-W MOSFET package platform for customers evaluating compact, high-current power designs.

This packaging technology originates from SineSemi. Curve supports regional product selection and commercial engagement around relevant SineSemi devices; Curve does not claim ownership of the package design, manufacturer qualifications or device certifications.

Package features

SineSemi describes the PDFN5060-8L-W platform as using a fused source-lead design and wettable flanks. The manufacturer reports that, compared with its standard PDFN5060-8L package, the design provides:

  • A larger source-to-PCB contact area
  • Maximum package current capability increased from 100A to 120A
  • Improved heat dissipation for high-power-density layouts
  • Wettable flanks that support solder-joint visibility during automated optical inspection

These characteristics can be relevant to compact motor drives, power supplies and selected vehicle subsystems where layout density, thermal paths and board-level inspection are important.

Selecting the right device

Package capability is only one part of MOSFET selection. Voltage margin, current profile, switching frequency, thermal design, gate drive, PCB construction and applicable qualification requirements should all be reviewed against the specific SineSemi device datasheet.

Curve can help customers identify candidate SineSemi part numbers and coordinate technical and sample enquiries. Any automotive-grade or other qualification statement applies only where it is documented for the individual SineSemi device.

Package details are based on SineSemi’s published product news. Customers should confirm final specifications in the current device documentation.