Skip to main content

Features

  • 25V Output
  • Optimized for the Lowest BOM Cost in Applications up to 12V
  • Optimized for Direct Charging Applications Down to 3V
  • Wide VIN Pin Operating Voltage Up to 25V
  • Active Voltage Positioning (AVP) Control Option for:
    • Low No-Load Power Consumption of the Travel Adapter, as Low as 20mW
    • Ultra-Fast Dynamic Load Response
    • No Additional Pins or External Components Needed
  • Eliminates Parallel Schottky Diode
    • Higher Efficiency, Lower BOM Cost
  • Works with Renesas Primary-Side Controllers, Including: iW1781, iW1782, iW1780H, iW1602, iW1702, iW1797, iW1799
  • Small, SOT23 6-Pin Package

Description

The iW676 digital synchronous rectifier can be used with several of Renesas' primary-side controllers to deliver the high efficiency needed for high power density, low BOM cost adapters for smartphones and media tablets, including RapidCharge™ and direct charge applications.

The iW676 uses proprietary digital adaptive turn-off control technology to replace the secondary-side parallel Schottky diodes with a MOSFET for high power density and lower cost. More efficient than the diodes it replaces, the iW676 is also more efficient than conventional synchronous rectifiers.

The iW676 is optimized for the lowest BOM cost in applications up to 12V and direct charging down to 3V. It also offers an option that incorporates Renesas' unique Active Voltage Positioning (AVP) control to enable ultra-fast Dynamic Load Response (DLR) and no-load power consumption of the entire travel adapter as low as 20mW, with no added pins or external components needed.

A DiaSIM™ simulation model is available for the iW676. For more information and where to download, please visit the DiaSIM page.

Parameters

Attributes Value
Function Synchronous Rectifier Controller, Support system output voltage from 3V to 25V, Built-in fast system output voltage transient detection
Supported Protocols -

Package Options

Pkg. Type Lead Count (#) Pitch (mm)
SOT23-6L 6 0.95

Application Block Diagrams

9-Axis Industrial High Voltage Motor Control with Ethernet Block Diagram
9-Axis Industrial Motor Control with Ethernet
High-precision and efficient 9-axis motor control designed for robotics and industrial applications.
100W Multi-Output USB Power Delivery Adapter Block Diagram
100W Multi-Output USB Power Delivery Adapter
High-performance USB PD adapter for efficiently charging multiple electronic devices.
Interactive block diagram of the AC/DC Adapter delivers 240W output and compliant with the USB PD EPR.
240W USB PD AC/DC Adapter
High efficiency 240W AC/DC adapter with USB PD 3.2 EPR output.
AC Drive & General Purpose Inverter System Block Diagram
AC Drive & General Purpose Inverter System
This system provides a basic configuration and essential components for AC drives and general purpose (GP) inverters.
Wi-Fi Garage Door Control Block Diagram
Wi-Fi Connected Garage Door Controller
Wi-Fi garage door controller offers smartphone control in SoftAP mode and easy prototyping options.
High-Efficiency Online Uninterruptible Power Supply (UPS) with Real-Time Monitoring Block Diagram
High-Efficiency Online Uninterruptible Power Supply (UPS) with Real-Time Monitoring
Online UPS ensures uninterrupted power with real-time monitoring, advanced power management, and efficiency.
Interactive block diagram an industrial motor control system features an MPU and MCU for mutual monitoring, power supply ICs, and delta-sigma modulators.
Motor Control System with Industrial Network and Functional Safety
This motor control system integrates MPU and MCU for efficient industrial motor control and networking.
Interactive block diagram of the motor control with resolver design features resolver position control for both stepper motor systems and alternative BLDC motor systems.
Motor Control with Resolver
Resolvers enhance motor control precision, reliability, and reduce costs in stepper and BLDC motor systems.

Additional Applications

Applied Filters: