• Peak Efficiency: 95.4% @ 277Vac, 95.0% @ 230Vac, 93.3% @ 120Vac
• PF, 50-100% load: >0.920 @ 277Vac, >0.968 @ 230Vac, >0.992 @ 120Vac
• THD, full load: 10.1% @ 277Vac, 8.4% @ 230Vac, 3.8% @ 120Vac
• Input Current waveforms
• Input Standby Power, no load: 340mW @ 277Vac, 268mW @ 230Vac, 164mW @ 120Vac
• Conducted EMI, Max Peak and Average detectors

• Peak Efficiency: 94% @ 277Vac, 92% @ 120Vac
• PF, 50-100% load: >0.931 @ 277Vac, >0.992 @ 120Vac
• THD, full load: 9.9% @ 277Vac, 4.4% @ 120Vac
• Input Standby Power, no load: 325mW @ 277Vac, 226mW @ 120Vac

• Peak Efficiency: 92% @ 277Vac, 90.5% @
• PF, 50-100% load: >0.918 @ 277Vac, >0.990 @ 120Vac
• THD, full load: 20.6% @ 277Vac, 5% @ 120Vac
• Input Standby Power, no load: 314mW @ 277Vac, 160mW @ 120Vac
• Conducted EMI, 277Vac and 120Vac, Max Peak and Average detectors

Email: to get a password for the SMPS Design - Expert System ™, if you are a Power Supply Designer and interested to get free support in designing a high performance, inexpensive power supply based on the SSL4101 Demo Board power supply. Approved registered users will have access to full schematics, test results, magnetics drawings, PCB layout, Gerber files, etc.