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Diodes Incorporated DSCxA065LP Silicon Carbide Schottky Diodes

Diodes Incorporated DSCxA065LP Silicon Carbide Schottky Diodes feature superior reverse leakage stability at high temperatures in a DFN8080 package. The robust, industry-standard DFN8080 package is made of plastic, a "green" molding compound.

The Diodes DSCxA065LP Schottky diodes are ideal for use as rectifiers, freewheel diodes, or blocking diodes in power factor correction, industrial motor drivers, power inverters, SMPS, and UPS.

Features

  • 650V peak repetitive reverse voltage
  • Low conduction and switching loss
  • High-temperature application
  • Positive temperature coefficient on VF
  • Fast reverse recovery
  • High surge current capability
  • DFN8080 package

Applications

  • Power factor correction
  • Industrial motor drivers
  • Power inverters
  • SMPS
  • UPS

Specifications

  • DSC10A065LP
    • 10A average rectified output current
    • 1.5V forward voltage drop
    • 0.19µA leakage current
  • DSC08A065LP
    • 8A average rectified output current
    • 1.5V forward voltage drop
    • 0.1µA leakage current
  • DSC06A065LP
    • 6A average rectified output current
    • 1.5V forward voltage drop
    • 0.27µA leakage current
  • DSC04C065LP
    • 4A average rectified output current
    • 1.7V forward voltage drop
    • 0.06µA leakage current

Typical Application

Application Circuit Diagram - Diodes Incorporated DSCxA065LP Silicon Carbide Schottky Diodes
View Results ( 5 ) Page
Numer części Karta charakterystyki If – prąd przewodzenia diody Ifsm – prąd udarowy przewodzenia Ir – Prąd wsteczny Vf – Napięcie przewodzenia
DSC04A065LP-13 DSC04A065LP-13 Karta charakterystyki 4 A 29 A 110 nA 1.33 V
DSC04C065LP-13 DSC04C065LP-13 Karta charakterystyki 4 A 28 A 60 nA 1.42 V
DSC06A065LP-13 DSC06A065LP-13 Karta charakterystyki 6 A 38 A 270 nA 1.35 V
DSC08A065LP-13 DSC08A065LP-13 Karta charakterystyki 8 A 47 A 100 nA 1.33 V
DSC10A065LP-13 DSC10A065LP-13 Karta charakterystyki 10 A 55 A 190 nA 1.35 V
Opublikowano: 2025-02-12 | Zaktualizowano: 2025-04-16