Application guidelines

This application note provides information for designing a non - isolated power supply using the LinkSwitch - TNZ family of devices. This document describes the design procedure for buck and buck - boost converters.

This application note is intended to assist in designing an isolated AC - DC flyback power supply or charger using the InnoSwitch3 - PD device. It provides guidelines for selecting key components and the information necessary to complete a suitable transformer design.

This application note is intended as a design guide for engineers designing an isolated AC - DC single - stage flyback power supply using the mime - CAP family of devices. It is assumed that the designer is using the mime - CAP together with theInnoSwitch3Family of power conversion ICs. Clear, the design equations to can be 2 for applicat雷电竞靠谱吗ions beyond the scope of this document.

This application note (AN) provides the guidance for using LinkSwitch - XT2 and should be read in conjunction with the and in the context of the LinkSwitch - XT2 family data sheet.

This application note (AN) provides the guidance for using TinySwitch - III and should be read in conjunction with the and in the context of the TinySwitch - III family data sheet.

This application note (AN) provides the guidance for using TinySwitch - LT and should be read in conjunction with the and in the context of the TinySwitch - LT family data sheet.

This application note (AN) provides the guidance for using InnoMux chipset and should be read in conjunction with the and in the context of the InnoSwitch3 - MX and InnoMux family data sheets.

Provides guidance to developers on how to use an evaluation board (TST - 047) to test and debug InnoSwitch3 - Pro -based power supplies.

This application note describes the use of a tool made using an Arduino UNO - and an LCD Display shields which enabled evaluation of the power stage made using InnoSwitch3 - Pro.

These guidelines apply to InSOP packages without bottom exposed pads (to as InSOP - 24 d) InSOP packages with bottom exposed pads (to the as InSOP - 24 b, InSOP - 24 c) must be board mounted using IR/convection reflow.

InnoSwitch3 devices combine a high - voltage power MOSFET/PowiGaN switch, with both primary - side and secondary side - controllers, an innovative high -speed magneto - coupling communications technology and a synchronous rectification driver into one isolated, safety - rated device.

Download the code library:InnoSwitch3 - Pro Code Library and API for the Arduino

Download the code library:InnoSwitch3 - Pro Code Library and API for Microchip PIC16F18325

Provides guidance to developers on how to program the InnoSwitch3 - Pro product through its I²C interface.

LinkSwitch - 3 series product design guidelines and matters needing attention

High - Power Off - Line Switcher with Accurate Primary - Side Regulation

Qspeed Family RoHS Compliant Soldering Considerations

Reverse Voltage Sharing of Series Rectifiers

Reverse Recovery Charge, Current and Time