Datasheet4U Logo Datasheet4U.com

IR3832WMPBF - HIGHLY EFFICIENT INTEGRATED SYNCHRONOUS BUCK REGULATOR

Description

The IR3832W SupIRBuckTM is an easy-to-use, fully integrated and highly efficient DC/DC regulator.

The MOSFETS co-packaged with the on-chip PWM controller make IR3832W a spaceefficient solution, providing accurate power delivery for DDR memory applications.

Features

  • TM HIGHLY.

📥 Download Datasheet

Datasheet preview – IR3832WMPBF

Datasheet Details

Part number IR3832WMPBF
Manufacturer International Rectifier
File Size 765.14 KB
Description HIGHLY EFFICIENT INTEGRATED SYNCHRONOUS BUCK REGULATOR
Datasheet download datasheet IR3832WMPBF Datasheet
Additional preview pages of the IR3832WMPBF datasheet.

📁 Similar Datasheet

  • IR383 - Infrared LED Lamp (Everlight Electronics)
  • IR38363 - DC/DC Converter (Infineon)
  • IR38365 - DC/DC Converter (Infineon)
  • IR38060 - 6A Single-input Voltage Synchronous Buck Regulator (Infineon)
  • IR38062 - Synchronous Buck Regulator (Infineon)
  • IR38063 - Synchronous Buck Regulator (Infineon)
  • IR38064 - Synchronous Buck Regulator (Infineon)
  • IR38163 - DC/DC Converter (Infineon)
  • IR38165 - DC/DC Converter (Infineon)
  • IR3824 - 15A Highly Integrated Single-Input Synchchrous SupIRBuck Regulator (Infineon)
Other Datasheets by International Rectifier

Full PDF Text Transcription

Click to expand full text
PD-97508 IR3832WMPbF www.DataSheet4U.com SupIRBuck Features • • • • • • • • • • • • • • • • • TM HIGHLY EFFICIENT INTEGRATED Description The IR3832W SupIRBuckTM is an easy-to-use, fully integrated and highly efficient DC/DC regulator. The MOSFETS co-packaged with the on-chip PWM controller make IR3832W a spaceefficient solution, providing accurate power delivery for DDR memory applications. IR3832W is configured to generate termination voltage (VTT) for DDR memory applications. IR3832W offers programmability of start up time, switching frequency and current limit while operating in wide input and output voltage range. The switching frequency is programmable from 250kHz to 1.5MHz for an optimum solution.
Published: |