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Using Fast Recovery Diode MOSFETs in Power Supplies

Using Fast Recovery Diode MOSFETs in Power Supplies

This article outlines the issues engineers must consider when designing Super Junction-based power devices.


Simplifying Motor Joint Inverter Design

Simplifying Motor Joint Inverter Design

Battery-powered applications such as new-generation robots, drones, and power tools require a reduction in space and a simplification of the design…


Driving DC Motors: Rectifiers vs. Pulse-Width Modulation

Driving DC Motors: Rectifiers vs. Pulse-Width Modulation

Although DC motor technology has a long legacy, the strategies used to drive them vary from simple to complex. Designs must consider not just the…


How Power Designs Benefit From Carbon Advances

How Power Designs Benefit From Carbon Advances

Carbon will play an increasingly important role in the future of electronics. This article explores advances in material science, where carbon is…


Semiconductor-Based Power Modules vs. Discrete Components

Semiconductor-Based Power Modules vs. Discrete Components

In the ever-evolving landscape of power electronics, the choice between semiconductor-based power modules and discrete components has a significant…


Watt’s the Deal with the Volt-Ampere?

Watt’s the Deal with the Volt-Ampere?

The commonly used volt-ampere gets easily confused with the watt when it comes to measurement in electrical systems design. So, watt exactly is the…


How To Improve 3-Phase Motor Efficiency

How To Improve 3-Phase Motor Efficiency

Learn how to improve the efficiency of three-phase industrial motors and explore how these improvements conserve energy.


Power Factor’s Role in Active, Reactive and Apparent Power

Power Factor’s Role in Active, Reactive and Apparent Power

The diverse power terms in electrical generation systems include active, reactive, and apparent power, all of which lead to the introduction of…


Using DCR Current Sensing in Buck-Boost Controllers

Using DCR Current Sensing in Buck-Boost Controllers

This article compares the benefits of using inductor DC resistance current sensing in four-switch buck-boost controllers to traditional solutions.


Using GaN for Mid-Range Motor Inverters

Using GaN for Mid-Range Motor Inverters

This article examines how GaN-based FETs enable high-performance motor inverters.


Reliable Testing for Insulation Endurance Assessment

Reliable Testing for Insulation Endurance Assessment

Engineers may be unaware of the drawbacks of faster switching semiconductors. It is important to consider these potential risks as they affect the…


The Prescription To Reduce EMI in Medical Equipment

The Prescription To Reduce EMI in Medical Equipment

This article addresses electromagnetic interference in power supplies and how to eliminate it.


A Modular Approach to 48V Automotive Power Delivery Networks

A Modular Approach to 48V Automotive Power Delivery Networks

Vicor discusses high-density, high-performance DC-DC power modules, where they are used, and their advantages over discrete solutions. 


Navigating Stepper Motor Drive Design

Navigating Stepper Motor Drive Design

Designing stepper motor drives requires careful consideration of several key factors. This article will help you navigate these considerations and…


Pulse Width Modulation vs. Sinusoidal Control in Stepper Motors

Pulse Width Modulation vs. Sinusoidal Control in Stepper Motors

The article examines pulse width modulation and sinusoidal control methods in stepper motors.


Defining Voltage Pulse Test Requirements for Insulation Endurance Assessment

Defining Voltage Pulse Test Requirements for Insulation Endurance Assessment

Rapid progress in fast-switching devices presents new challenges that must be addressed by insulation material manufacturers and system integrators.


Exploring Three-Phase Motors: Types and Operating Principles

Exploring Three-Phase Motors: Types and Operating Principles

This article examines the operational principles and applications of three important types of three-phase motors: squirrel-cage induction,…


Totem-Pole PFC Topology: A Price-Performance Analysis

Totem-Pole PFC Topology: A Price-Performance Analysis

This article presents a price-performance analysis of the totem-pole power factor correction topology compared to other topologies.


Optimizing Design Efficiency: Shrinking PSUs in Auto and Industrial Applications

Optimizing Design Efficiency: Shrinking PSUs in Auto and Industrial Applications

One way to optimize automotive and industrial designs is to reduce the size of the power supply unit, resulting in less physical material, fewer…


How To Select a Transformer When Designing an Isolated Buck Converter

How To Select a Transformer When Designing an Isolated Buck Converter

This article explains how to select a transformer—a pivotal step in designing an isolated buck converter—including parameters to consider, the…