Learn how to enable 59% smaller magnetics in 6.6-kW onboard chargers with an industry-highest 500kHz resonant frequency.

HEV/EV traction inverter: a gate driver and bias supply solution for more efficient systems

Isolated gate-driver bias-supply design considerations

Join our speaker, Harald Parzhuber, as he explains solutions and implementations, from simple AC-charge to ultra-fasDC-chargers, finishing with future trends

Three-level, ANPC GaN based power stage reference design

Bidirectional dual active bridge reference design

Learn how to achieve 99.1% peak efficiency in AC-DC power supplies using GaN and C2000™ MCUs

Learn how the ZVS flyback topology can improve efficiency and power density for AC-DC automotive and industrial bias supply systems.

Learn more about isolated gate drivers that allow for easy implementation of ASIL rated applications

Getting started with programming UCC5870-Q1, a functional safety compliant gate driver for EV/HEV traction inverters

Everything you need to know to get started with isolated gate drivers.

Start your design here with best practices for dual-channel isolated gate drivers.

This TI Precision Labs - Isolation video gives an overview of reinforced isolation.

This TI Precision Labs training video introduces techniques used to optimize isolation layout for EMC, with a special focus on emissions for integrated isolated

This video will give an introduction to EMC concepts relevant to digital isolation and will discuss EMC, emissions, immunity, and transient tests for EMC.

This TI Precision Labs - Isolation video will briefly explain the EMC test conditions relevant to digital isolators.

This brief overview will explain the importance and value of power density in modern power-delivery solutions. 

This video will explain how increased thermal performance can improve power density in modern power-delivery solutions.