Datasheet4U Logo Datasheet4U.com

AP8275 - AC-DC PWM CONTROLLER

Datasheet Summary

Features

  • The AP8275 consists of an integrated current mode.
  • Pulse Width Modulator (PWM) controller and high.
  • voltage start circuit, specifically designed for a high.
  • performance off-line converter with minimal external.
  • components. QR-PWM, QR-PFM, Burst-mode operation and low consumption device help to meet.
  • the standby energy saving standards and achieve.
  • higher efficiency. Excellent EMI performance is.
  • achieved by frequency modulation and soft driver.
  • t.

📥 Download Datasheet

Datasheet preview – AP8275

Datasheet Details

Part number AP8275
Manufacturer AiT Semiconductor
File Size 0.99 MB
Description AC-DC PWM CONTROLLER
Datasheet download datasheet AP8275 Datasheet
Additional preview pages of the AP8275 datasheet.

📁 Similar Datasheet

  • AP8205 - N-channel Double MOSFET (ALLPOWER)
  • AP8206 - LED constant current drive boost converter (SHIWEI)
  • AP8262W - Current Mode PWM Switching Power Supply Controller (Chipown)
  • AP8263 - Energy-saving off-line PWM controller (Chipown)
  • AP8266 - Green mode PWM control chip (Chipown)
  • AP8267 - Green Mode PWM Controller (Chipown)
  • AP8269 - Green Mode PWM Controller (Chipown)
  • AP8003 - Fixed 5V Output Non-Isolated AC-DC Conversion (Chipown)
  • AP8012 - GREEN POWER OFF LINE SMPS PRIMARY SWITCHE (Chipown)
  • AP8012C - Low Standby Power Offline Switching Power Supply (Chipown)
Other Datasheets by AiT Semiconductor

Full PDF Text Transcription

Click to expand full text
AiT Semiconductor Inc. AP8275 www.ait-ic.com AC-DC PWM CONTROLLER QUASI-RESONANT AC-DC CONVERTER W/INTERNAL HV START-UP CIRCUIT - DESCRIPTION FEATURES The AP8275 consists of an integrated current mode  Pulse Width Modulator (PWM) controller and high  voltage start circuit, specifically designed for a high  performance off-line converter with minimal external   components. QR-PWM, QR-PFM, Burst-mode operation and low consumption device help to meet  the standby energy saving standards and achieve  higher efficiency. Excellent EMI performance is  achieved by frequency modulation and soft driver  technique.
Published: |