Datasheet4U Logo Datasheet4U.com

MP2562 - 50V Step-Down Converter

General Description

The MP2562 is a high frequency step-down switching regulator with an integrated internal high-side high voltage power MOSFET.

It provides 1A output with current mode control for fast loop response and easy compensation.

Key Features

  • 120μA Quiescent Current(12uA Shutdown).
  • Wide 4.5V to 50V Operating Input Range.
  • 460mΩ Internal Power MOSFET.
  • Up to 4MHz Programmable Switching Frequency.
  • Stable with Ceramic Capacitor.
  • Internal Soft-Start.
  • Internally Set Current Limit without external Current Sensing Resistor.
  • Up to 95% Efficiency.
  • Output Adjustable from 0.8V to 47V.
  • Available in 3x3 QFN10 and SOIC8 Packages.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
MP2562K3C10 Safety Standard Capacitor ETC
MP256 SILICON BRIDGE RECTIFIER RECTRON
MP256 25 Amp Single Phase Bridge Rectifier MCC
MP256 PRESS-FIT MOTOLOLA DIODES Shunye
MP2563K3C30 Safety Standard Capacitor ETC

Other Datasheets by Monolithic Power Systems

Part Number Description
MP2562DQ 50V Step-Down Converter
MP2562DS 50V Step-Down Converter
MP2560 42V Step-Down Converter
MP2560DN 42V Step-Down Converter
MP2560DQ 42V Step-Down Converter

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
The Future of Analog IC Technology MP2562 1A, 4MHz, 50V Step-Down Converter DESCRIPTION The MP2562 is a high frequency step-down switching regulator with an integrated internal high-side high voltage power MOSFET. It provides 1A output with current mode control for fast loop response and easy compensation. The wide 4.5V to 50V input range accommodates a variety of step-down applications, including those in an automotive input environment. A 12µA shutdown mode quiescent current allows use in battery-powered applications. High power conversion efficiency over a wide load range is achieved by scaling down the switching frequency at light load condition to reduce the switching and gate driving losses.