Datasheet4U Logo Datasheet4U.com

SGM61630 - 3A Buck Converter

Features

  • The SGM61630 is a current mode controlled Buck regulator with 4.3V to 60V input range and 3A continuous output current. The device suits various.

📥 Download Datasheet

Datasheet preview – SGM61630

Datasheet Details

Part number SGM61630
Manufacturer SG Micro
File Size 1.63 MB
Description 3A Buck Converter
Datasheet download datasheet SGM61630 Datasheet
Additional preview pages of the SGM61630 datasheet.

📁 Similar Datasheet

  • SGM-2-17 - DOUBLE-BALANCED MIXER DOUBLE-BALANCED MIXER (Synergy)
  • SGM031R7T - 150A N-CHANNEL POWER MOSFET (HI-SEMICON)
  • SGM0410 - N-Channel Enhancement Mode Power MOSFET (SeCoS)
  • SGM0410-C - N-Channel Enhancement Mode Power MOSFET (SeCoS)
  • SGM0410S - N-Channel Enhancement Mode Power MOSFET (SeCoS)
  • SGM041R8T - 150A 40V N-CHANNEL POWER MOSFET (HiSemicon)
  • SGM042R8T - 40V 100A N-CHANNEL POWER MOSFET (HiSemicon)
  • SGM107R7T - 100V 90A N-CHANNEL POWER MOSFET (HiSemicon)
  • SGM150TL6A9TFD - 650V IGBT (Silan Microelectronics)
  • SGM15PA12A5TFD - 1200V IGBT (Silan Microelectronics)
Other Datasheets by SG Micro
  • SGM61012 - 1.2A High-Efficiency Buck Converters
  • SGM61012S - 1.2A/2A High-Efficiency Buck Converters
  • SGM61013 - 1A Micro-Point-of-Load Buck Converter
  • SGM61022 - 2A High-Efficiency Buck Converters
  • SGM61022S - 1.2A/2A High-Efficiency Buck Converters
  • SGM61024 - 2A Synchronous Buck Converter
  • SGM61031 - 3A High Efficiency Synchronous Buck Converter
  • SGM61034 - 3A Synchronous Buck Converter

Full PDF Text Transcription

Click to expand full text
SGM61630 60V, 3A Buck Converter with 50μA IQ GENERAL DESCRIPTION FEATURES The SGM61630 is a current mode controlled Buck regulator with 4.3V to 60V input range and 3A continuous output current. The device suits various applications of industry, which demands power conditioning from unregulated sources. A 140mΩ RDSON MOSFET is integrated as high-side switch. The ultra-low 50μA (TYP) quiescent current and low shutdown current of only 2μA (TYP) make it a suitable choice for battery-powered applications. Switching frequency can be selected over a wide range (200kHz to 2500kHz) to allow desired tradeoff between efficiency and component sizes.
Published: |