on request

REF-15W_IR_OPTI3

15W 5 V USB adapter reference design board using Quasi-Resonant PWM IC ICE2QS03G with CoolMOS™ IPS65R1K5CE
Application Notes
board

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REF-15W_IR_OPTI3
REF-15W_IR_OPTI3
Application Notes

Product details

  • Board Type
    Reference Board
  • Dimensions
    47x31x16 mm
  • Family
    Power Controller (PWM, PFC), MOSFET
  • Frequency min
    50000 Hz
  • Input Type
    DC, AC
  • Mounting
    Surface Mount (SMD)
  • Output Current min
    3 A
  • Output Voltage min
    5 V
  • Pout min
    15 W
  • Product Name
    IR1161, ICE2QS03G
  • Qualification
    Consumer
  • Sub Application
    Adapter, Power Management
  • Supply Voltage
    85 V to 265 V
  • Target Application
    Power Supplies
  • Topology
    LLC
OPN
REF15WIROPTI3TOBO1
Product Status on request
Infineon Package --
Package Name N/A
Packing Size 1
Packing Type CONTAINER
Moisture Level N/A
Moisture Packing NON DRY
Lead-free No
Halogen Free No
RoHS Compliant No
Infineon stock last updated:

Product Status on request
Infineon Package --
Package Name -
Packing Size 1
Packing Type CONTAINER
Moisture Level -
Moisture Packing NON DRY
Lead Free
Halogen Free
RoHS Compliant
The 15W 5V USB adapter reference design board uses Quasi-Resonant PWM IC ICE2QS03G, CoolMOS™ IPS65R1K5CE, IR1161 for synchronous rectification, and OptiMOS™ BSZ100N06LS3 G. It offers a small form factor, high efficiency, low standby power, and various protection modes, passing conductive EMI, ESD, and Lightning surge tests, suitable for customer production after final verification.

Features

  • Quasi-Resonant flyback with state-of-art CoolMOS – high efficiency and low EMI noise
  • Active burst mode with high voltage startup cell very low standby power consumption
  • Secondary side synchronize rectification controller with stat-of-art OptiMOS - further improve the efficiency
  • Various modes of protections and rugged CoolMOS – high reliable system

Benefits

  • very small form facor
  • high efficiency
  • best-in-class low standby power
  • good EMI performance
  • various modes of protections for a high reliable system

 

 

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