Infineon Technologies REF_5BR3995BZ-1_16W1 Reference Board

Infineon Technologies REF_5BR3995BZ-1_16W1 Reference Board is a 16W auxiliary SMPS reference design configured in a flyback topology. The REF_5BR3995BZ-1_16W1 is based on the ICE5BR3995BZ-1, a member of Infineon’s CoolSET™ 5th Generation Fixed Frequency Plus family. An integrated 950V MOSFET in a DIP-7 package enables deployment to unstable grid environments and increases system robustness.

Features

  • Robust operation
  • Flyback topology
  • Frequency reduction at light loads
  • Programmable burst mode
  • Integrated error amplifier
  • Integrated 950V MOSFET
  • Either primary/secondary side regulation
  • Universal 85VAC to 264VAC input, 50/60Hz
  • Output 1
    • 12V non-isolated
    • 0.9A current for 12V
  • Output 2
    • 5V non-isolated
    • 0.3A current for 5V
  • Output 3
    • 15V non-isolated
    • 150mA current for 15V
  • 28kHz to 65kHz frequency range
  • 16W maximum power output
  • 80mm x 57mm x 27mm size

Applications

  • AC-DC power conversion for telecom infrastructure
  • Home appliances

Simplified Outdoor AC Unit System Block Diagram

Block Diagram - Infineon Technologies REF_5BR3995BZ-1_16W1 Reference Board

The emerging generation of home appliances, including air conditioners, are equipped with advanced features such as wireless control/monitoring capability, smart sensors, and touch-screen displays, transforming a static product into an interactive and intelligent home appliance capable of adapting to the smart-home theme. Infineon introduced the CoolSET™ 5th Generation Fixed-Frequency Plus ICE5BR3995BZ-1 switching controller to address this need efficiently and cost-effectively.

An auxiliary SMPS is needed to power the various modules and sensors, which typically operate from a stable DC voltage source. The CoolSET™ switching controller forms the system's heart, providing the necessary protection and AC-DC conversion from the mains to multiple regulated DC voltages to power the various blocks.

Yayınlandı: 2024-12-02 | Güncellenmiş: 2024-12-12