Datasheet4U Logo Datasheet4U.com

ACE710 - 0.6A 3.3V/5V Synchronous Boost DC/DC Converter

Description

ACE710 is a high-efficiency, synchronous step-up switching regulators optimized for battery-powered applications.

It supports up to 0.6A load current and allows the use of small, low cost inductors and MLCC capacitors.

Features

  • make it ideal for USB interface power supply. Given its high efficiency, the ACE710 device is ideal for small portable.

📥 Download Datasheet

Datasheet Details

Part number ACE710
Manufacturer ACE Technology
File Size 424.87 KB
Description 0.6A 3.3V/5V Synchronous Boost DC/DC Converter
Datasheet download datasheet ACE710 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
ACE-3600 RNC-Site Gateway Manual RAD Data Communications
ACE-716 RUGGED AC/DC INPUT 150W POWER SUPPLY ETC
ACE1001 Arithmetic Controller Engine Fairchild Semiconductor
ACE1101 Arithmetic Controller Engine (ACEx) for Low Power Applications Fairchild Semiconductor
ACE1202 Arithmetic Controller Engine Fairchild Semiconductor

Other Datasheets by ACE Technology

Part Number Description
ACE710C 1A Synchronous PWM Boost converter
ACE711E Step-Up DC/DC Regulator 20V
ACE712E 1MHz Synchronous Step-Up Converter
ACE714 High Efficiency Low Noise PFM Step-up DC/DC Converter
ACE714B Step-up DC/DC Converter Backlight Driver

Full PDF Text Transcription

Click to expand full text
ACE710 0.9V startup, 0.6A 3.3V/5V Synchronous Boost DC/DC Converter Description ACE710 is a high-efficiency, synchronous step-up switching regulators optimized for battery-powered applications. It supports up to 0.6A load current and allows the use of small, low cost inductors and MLCC capacitors. The ACE710 starts up as low as 0.9V input voltage and it has true-shutoff function (shut off output to zero voltage when EN pulled low) and real output short-circuit protection. These features make it ideal for USB interface power supply. Given its high efficiency, the ACE710 device is ideal for small portable applications powered by battery. It consumes as low as 40uA (3V input /3.3V output) at zero load. And its current consumption is less than 1uA in shutdown mode.
Published: |