Datasheet4U Logo Datasheet4U.com

BP85226D - Ultra-high Integration Off-line Switcher

Key Features

  • The BP85226D is a high performance, highly integrated.
  • Integrated VCC capacitor, freewheeling diode and power supply switcher IC with low standby consumption. feedback diode The BP85226D can be configured as buck, buck-boost topologies for universal 85~265VAC inputs. The BP85226D integrates a 650V power MOSFET, a high- l voltage current source for self-biasing, a current sensing circuit, an output feedback circuit, a freewheeling diode tia and an advanced controller. External VCC capac.

📥 Download Datasheet

Datasheet Details

Part number BP85226D
Manufacturer BPS
File Size 2.33 MB
Description Ultra-high Integration Off-line Switcher
Datasheet download datasheet BP85226D Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
BP84R1200-03 Dielectric Filters Token
BP84R650-01 Dielectric Filters Token
BP86R1474S10A Dielectric Filters Token

Other Datasheets by BPS

Part Number Description
BP85226DF Ultra-high Integration Off-line Switcher
BP85224DA Ultra-high integration switching power supply driver
BP8522D Ultra-high Integration Off-line Switcher
BP8521C Highly Integrated Buck CV
BP8523D Ultra-high Integration Off-line Switcher

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
BP85226D Ultra-high Integration Off-line Switcher IC Description Features The BP85226D is a high performance, highly integrated  Integrated VCC capacitor, freewheeling diode and power supply switcher IC with low standby consumption. feedback diode The BP85226D can be configured as buck, buck-boost topologies for universal 85~265VAC inputs. The BP85226D integrates a 650V power MOSFET, a high- l voltage current source for self-biasing, a current sensing circuit, an output feedback circuit, a freewheeling diode tia and an advanced controller. External VCC capacitor and loop compensation components can be eliminated, which reduces cost and size of overall power systems, and n improves reliability. The BP85226D employs advanced multi-mode control e algorithm.