Datasheet4U Logo Datasheet4U.com

PN8386F - Low Standby-Power Primary-Side Converter

Datasheet Summary

Description

The PN8386F consists of a Low Standby-Power Primary-Side controller and a 650V avalanche-rugged smart power VDMOSFET, specifically designed for a high performance AC/DC charger or adapter with minimal external components.

Features

  • Output Features Vo 100% 60% ±5% ±5%.
  • Internal 650 V avalanche-rugged smart power.

📥 Download Datasheet

Datasheet preview – PN8386F

Datasheet Details

Part number PN8386F
Manufacturer Chipown
File Size 483.04 KB
Description Low Standby-Power Primary-Side Converter
Datasheet download datasheet PN8386F Datasheet
Additional preview pages of the PN8386F datasheet.

📁 Similar Datasheet

  • PN8368 - Low Standy-Power Quasi-Resonant Primary-Side Converter (ETC)
  • PN8024R - Non-isolated high-efficiency AC/DC conversion chip (Linkage)
Other Datasheets by Chipown
  • PN8386 - Low Standby-Power Quasi-Resonant Primary-Side Converter
  • PN8309M - Synchronous rectifier
  • PN8315 - Built-in high-pressure quasi-resonant non-isolated constant current LED driver
  • PN8316 - Built-in high-pressure quasi-resonant non-isolated constant current LED driver
  • PN8317 - Built-in high-pressure quasi-resonant non-isolated constant current LED driver
  • PN8355 - High Precision CC/CV Primary-Side Converter
  • PN8359 - High-accuracy CC/CV primary-side feedback AC/DC converter
  • PN8360 - High Precision CC/CV Primary-Side Converter

Full PDF Text Transcription

Click to expand full text
PN8386F Chipown Low Standby-Power Primary-Side Converter General Description The PN8386F consists of a Low Standby-Power Primary-Side controller and a 650V avalanche-rugged smart power VDMOSFET, specifically designed for a high performance AC/DC charger or adapter with minimal external components. PN8386F operates in primary-side sensing and regulation, so opto-coupler and TL431 could be eliminated. Because of internal HV Start-up circuit, the system with PN8386F can achieve less than 50mW standby power consumption (230VAC). In CV mode, multi-mode technique is utilized to achieve high efficiency, avoid audible noise and make the system meeting Energy star level VI. Good load regulation is achieved by the built-in cable drop compensation.
Published: |