• Part: ICE2QR2280G-1
  • Description: Off-Line SMPS Quasi-Resonant PWM Controller
  • Manufacturer: Infineon
  • Size: 1.13 MB
Download ICE2QR2280G-1 Datasheet PDF
Infineon
ICE2QR2280G-1
ICE2QR2280G-1 is Off-Line SMPS Quasi-Resonant PWM Controller manufactured by Infineon.
Quasi-Resonant, 800 V Cool SET™ in DS0-12 Package Product Highlights - Active Burst Mode to reach the lowest standby power requirement <100 m W @ no load - Quasi resonant operation - Digital frequency reduction for better overall system efficiency - 800 V avalanche rugged Cool MOS™ with startup cell - Pb-free lead plating, halogen free mold pound, Ro HS pliant PG-DSO-12 Features - 800V avalanche rugged Cool MOSTM with built-in startup cell - Quasi resonant operation till very low load - Active burst mode operation for low standby input power (< 0.1W) - Digital frequency reduction with decreasing load for reduced switching loss - Built-in digital soft-start - Foldback point correction, cycle-by-cycle peak current limitation and maximum on time limitation - Auto restart mode for VCC over-voltage protection, under- voltage protection, over-load protection and overtemperature protection - Latch-off mode for adjustable output over-voltage protection and transformer short-winding protection - Lower Vcc turn off threshold Applications - Adapter/Charger, Blue Ray/DVD player, Set-top Box, Digital Photo Frame - Auxiliary power supply of Server, PC, Printer, TV, Home theater/Audio System, White Goods, etc. Description The ICE2QR2280G-1 is derived from Cool SETTM-Q1. The only difference is it has a lower Vcc turn off threshold. The Cool SETTMQ1 is the first generation of quasi-resonant controller and Cool MOSTM integrated power IC. Operating the MOSFET switch in quasi-resonant mode, lower EMI, higher efficiency and lower voltage stress on secondary diodes are expected for the SMPS. Based on the Bi CMOS technology, the Cool SETTM-Q1 series has a wide operation range (up to 25V) of IC power supply and lower power consumption. It also offers many advantages such as quasi-resonant operation till very low load, increasing the higher average system efficiency pared to other conventional solutions, achieving ultra-low power consumption with small and controllable...