Datasheet4U Logo Datasheet4U.com

ZXGD3101N8 - SYNCHRONOUS RECTIFIER CONTROLLER

General Description

The ZXGD3101 is intended to drive MOSFETS configured as ideal diode replacements.

The device is comprised of a differential amplifier detector stage and high current driver.

Key Features

  • Turn-off propagation delay 15ns and turn-off time 20ns.
  • Suitable for Discontinuous Mode (DCM), Critical Conduction Mode (CrCM) and Continuous Mode (CCM) operation.
  • Compliant with Energy Star V2.0 and European Code of Conduct V3.
  • Halogen Free part.
  • 5-15V Vcc range Mechanical Data.
  • Case: SO-8.
  • Marking Information: See Page 13 Ordering Information Product ZXGD3101N8TC Status Active Package SO-8 Marking ZXGD3101 Reel size (inches.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
ZXGD3103 SYNCHRONOUS MOSFET CONTROLLER Diodes Incorporated
ZXGD3103N8 SYNCHRONOUS MOSFET CONTROLLER Diodes Incorporated

Other Datasheets by Diodes Incorporated

Part Number Description
ZXGD3101 SYNCHRONOUS RECTIFIER CONTROLLER
ZXGD3101T8 SYNCHRONOUS RECTIFIER CONTROLLER
ZXGD3102 ACTIVE OR-ING CONTROLLER
ZXGD3102T8 ACTIVE OR-ING CONTROLLER
ZXGD3104 SYNCHRONOUS MOSFET CONTROLLER

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
A Product Line of Diodes Incorporated ZXGD3101N8 SYNCHRONOUS RECTIFIER CONTROLLER Description The ZXGD3101 is intended to drive MOSFETS configured as ideal diode replacements. The device is comprised of a differential amplifier detector stage and high current driver. The detector monitors the reverse voltage of the MOSFET such that if body diode conduction occurs a positive voltage is applied to the MOSFET’s Gate pin. Once the positive voltage is applied to the Gate the MOSFET switches on allowing reverse current flow. The detectors’ output voltage is then proportional to the MOSFET Drain-Source reverse voltage drop and this is applied to the Gate via the driver. This action provides a rapid turn off as current decays.