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The Silent Killer: Fixing Your Electrostatic Discharge Workflow

The Silent Killer: Fixing Your Electrostatic Discharge Workflow

Today’s industry solutions are indistinguishable from those that have existed for decades. This begs an important question: If the electronics…


MOSFET Innovations for Increasing the Power Density of Auto Electronics

MOSFET Innovations for Increasing the Power Density of Auto Electronics

Vehicle electrification reduces carbon footprints compared to traditional cars, but the increased electronics require more electrical power to…


Fuel Gauging Part III: Using the Equivalent Circuit Model

Fuel Gauging Part III: Using the Equivalent Circuit Model

Part 3 of this series explains the equivalent circuit approach to fuel gauging and how it enables computing the state of charge and state of health…


Examining Alternative Battery Models—Part II

Examining Alternative Battery Models—Part II

Part 2 of this three-part series examines the alternative battery models to fuel gauging discussed in Part 1.


Optimizing Automotive Applications With Zero-Delay PWM Control

Optimizing Automotive Applications With Zero-Delay PWM Control

This article presents zero-delay pulse-width modulation control, MPS’ proprietary, fixed-frequency power supply control method that provides…


Addressing the Data Center Power Challenge

Addressing the Data Center Power Challenge

This article examines complex data center power challenges and explores how changing the power architecture using advanced power technology and…


Building a More Efficient DC-DC Converter: Efficiency Evaluation and Loss Analysis of a 300 W Isolated DC-DC Converter

Building a More Efficient DC-DC Converter: Efficiency Evaluation and Loss Analysis of a 300 W Isolated DC-DC Converter

This article focuses on determining the characteristics of the secondary-side MOSFET, necessary for achieving higher efficiency, and examines the…


High-Power Next Core for Solar, Wind and Rail

High-Power Next Core for Solar, Wind and Rail

The High Power next Core module is the latest in Fuji's high-power portfolio, covering a range of industrial applications, predominantly for…


Maximizing the Power Density of OBCs With GaN HEMT Devices

Maximizing the Power Density of OBCs With GaN HEMT Devices

As sales of electric vehicles (EVs) grow, the performance requirements for onboard chargers (OBCs) are becoming increasingly demanding, with…


AC, DC Loads Evaluate Electrical Use

AC, DC Loads Evaluate Electrical Use

Electronic loads are versatile test tools and invaluable instruments that enhance the performance of AC and DC power supplies and energy sources.…


PCB Design Tips and Challenges

PCB Design Tips and Challenges

The challenges involved in designing high-current and high-voltage circuits are quite complex. Learn more PCB design tips in this article from…


National and International Standards for Harsh Railway Power Solutions

National and International Standards for Harsh Railway Power Solutions

Railway power components must weather harsh conditions in a number of severe environments. Here we discuss the standards governing this space,…


How Power MOSFETs Achieve Higher Efficiency in Power Electronics

How Power MOSFETs Achieve Higher Efficiency in Power Electronics

This article explores the benefits of medium-power MOSFETs in various applications, their limitations, and considerations for making selections.


Distributing Power at the Edge

Distributing Power at the Edge

Keeping power flowing and properly distributed to very dense rack-based servers is critical, but not all rack power distribution units (rPDUs) are…


Power Conversion Solutions for Industrial Applications

Power Conversion Solutions for Industrial Applications

Learn about challenges designers face and some of the key considerations for choosing buck converters for power supply design in industrial…