Overview of reference designs that meet low standby power requirements of field transmitters and battery-powered applications

Introduction to industrial applications which require low standby power, specifically high-cell-count battery packs and field transmitters.

Part 6: The speaker has more comparison for the component stresses and in the end provides a conclusion of PSFB and FB-LLC and guideline of how to choose betwee

Part 5: In this part, the speaker further talks about the difference of FSFB and FB-LLC, including the synchronous rectification, transformer secondary circuits

Part 4: The speaker further addresses what is Full Bridge LCC and what’s the difference between PSFB and Full Bridge LCC.

Part 3: In this part, the speaker talks about how PSFB and Full Bridge LCC work in details.

Part 2: What we will care about when the engineer work on the DC/DC conversion design and what we can do for it.

Part 1: The speaker introduces the high power battery chargers, including typical high power DC/DC system, battery, CI/CV operation… etc.

Part 2: In the part, the training covers the PD load transient requirement, AC/DC single port power delivery design example and introduces several USB Type-C re

Part 1: The speaker briefly introduce the USB connector milestone and its features, priority of power modes, USB Type-C ECO system and its application...etc.

Introduction to design considerations for high cell count applications, including some key standards.

This training session is an introduction to the main features of battery chargers for Electric Vehicle applications.

This training session is an introduction to the Phase Shifted Full Bridge topology within the EV/HEV system.

ACF AC/DC power adapter design considerations