Datasheet4U Logo Datasheet4U.com

ETA1062 - 1.2uA Ultra low Iq 1A Synchronous Boost

Datasheet Summary

Description

ETA1062 is a high efficiency synchronous step-up converter with ultralow quiescent current down to 1.2μA.

It is capable of delivering at least 2W of power from a low voltage source, i.e.

0.4A at 5V output.

Features

  • a true-shutoff function that disconnects the input from output, during shutdown and output short-circuit conditions. This eliminates the need for an external MOSFET and its control circuitry to disconnect the input from output and provides robust output overload protection. A switching frequency of 1.4MHz minimizes solution footprint by allowing the use of tiny and low profile inductors and ceramic capacitors. An internal synchronous MOSFET provides highest efficiency and with a current mode con.

📥 Download Datasheet

Datasheet preview – ETA1062

Datasheet Details

Part number ETA1062
Manufacturer ETA
File Size 594.57 KB
Description 1.2uA Ultra low Iq 1A Synchronous Boost
Datasheet download datasheet ETA1062 Datasheet
Additional preview pages of the ETA1062 datasheet.

📁 Similar Datasheet

  • ETA1483 - 18V High Efficiency Synchronous Step-Down Converter (ETA solutions)
  • ETA1485 - 18V High Efficiency Synchronous Step-Down Converter (ETA solutions)
Other Datasheets by ETA
  • ETA1060 - 1.2uA Ultra Low IQ 1A Synchronous Boost Converter
  • ETA1061 - 1uA Ultral Low IQ 1A Synchronous Boost
  • ETA1064 - 1A Synchronous Boost
  • ETA1066 - Mini PMU
  • ETA1067 - Mini PMU
  • ETA1069 - Supper High Efficiency Synchronous Boost
  • ETA1032 - DC-DC Boost Converter
  • ETA1035 - Synchronous Step-Up Converter

Full PDF Text Transcription

Click to expand full text
ETA1062 1.2μA Ultra low Iq 1A Synchronous Boost with Fixed 3.3V or 5V Output DESCRIPTION ETA1062 is a high efficiency synchronous step-up converter with ultralow quiescent current down to 1.2μA. It is capable of delivering at least 2W of power from a low voltage source, i.e. 0.4A at 5V output. It also features a true-shutoff function that disconnects the input from output, during shutdown and output short-circuit conditions. This eliminates the need for an external MOSFET and its control circuitry to disconnect the input from output and provides robust output overload protection. A switching frequency of 1.4MHz minimizes solution footprint by allowing the use of tiny and low profile inductors and ceramic capacitors.
Published: |