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Reducing Transportation Sector Carbon Emissions With Power Modules

Reducing Transportation Sector Carbon Emissions With Power Modules

This article presents the latest developments in 3.3 kV SiC power modules.


Mitigating Failures in High-Voltage EV Gate Drivers

Mitigating Failures in High-Voltage EV Gate Drivers

Explore why high-voltage gate drivers in electric vehicles fail and mitigation strategies for more reliable performance and longevity.


Bidirectional Programmable DC Power Supplies Augment Simulation and Test

Bidirectional Programmable DC Power Supplies Augment Simulation and Test

Discover the next generation of high-performance, modular, bidirectional, and regenerative…


Analyzing Load Profile Distortion in High-Power EV Charging

Analyzing Load Profile Distortion in High-Power EV Charging

This article explores how load profile distortion from high-voltage EV charging impacts the power grid and presents solutions to the challenges it…


An Evolution in Isolated Current Sensing for Automotive Design

An Evolution in Isolated Current Sensing for Automotive Design

As electrification gains momentum, current sensor technology is poised to play a significant role.


Proof of Concept: A High-Voltage eFuse for EV Apps

Proof of Concept: A High-Voltage eFuse for EV Apps

This article introduces the proof of concept for a new eFuse system, which achieves a short-circuit detection response time of below 160 ns under…


EV Durability: Designing and Testing SiC for Millions of Cycles

EV Durability: Designing and Testing SiC for Millions of Cycles

The article discusses the importance of reliable power semiconductors in electric vehicles and explains how engineers can design and test these…


WBG Meets Top-Side Cooling for Sustainable EV Power Conversion

WBG Meets Top-Side Cooling for Sustainable EV Power Conversion

Technologies like top-side cooling can help designers achieve high thermal performance and reduce assembly expenses in electric vehicles.


Fixed-Ratio Converters Charge Up Efficiency Across Battery Lifecycle

Fixed-Ratio Converters Charge Up Efficiency Across Battery Lifecycle

The battery lifecycle is constrained by power conversion technology limitations, but fixed-ratio converter technology could change that.


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.


Traction Inverters: Key To EV Performance?

Traction Inverters: Key To EV Performance?

Traction inverter function is pivotal to electric vehicles. This article examines the inner workings in terms of efficiency, safety, protection,…


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. 


How Integrated Current Sensors Drive Light Mobility Electrification

How Integrated Current Sensors Drive Light Mobility Electrification

Electrification has become a major factor in the transport sector because it is one of the main contributors to greenhouse gas emissions. As…


An Inside Look at New-Gen MOSFETs and the Future of SiC vs. GaN

An Inside Look at New-Gen MOSFETs and the Future of SiC vs. GaN

Alfred Vollmer of Bodo's Power Systems spoke with Sanan Semiconductor's Michael Sleven for a look at new MOSFET technology and what the…


Reducing Noise in Automotive Fan-Based Cooling Systems

Reducing Noise in Automotive Fan-Based Cooling Systems

With the advancement of electrification in the automotive industry, active cooling is needed more often. When a fan is used, noise can become a…


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…


High-Frequency Power Transfer Paves the Way for Wireless EV Charging

High-Frequency Power Transfer Paves the Way for Wireless EV Charging

The main difference between wireless charging of a mobile phone and an electric vehicle is the power levels used. What challenges do high-power EV…


Understanding Solid-State Switching in Electromagnetic Propulsion

Understanding Solid-State Switching in Electromagnetic Propulsion

This article explores the selection, design, and calculations necessary to understand solid-state high-voltage switching in electromagnetic…


Introduction to Electric Vehicle Battery Systems

Introduction to Electric Vehicle Battery Systems

Electric vehicle design is a complex concept. Here's a look at the heart of every EV: the battery.


Enabling Industrial E-Mobility With SiC Technology

Enabling Industrial E-Mobility With SiC Technology

Powering industrial e-mobility across land, sky, water, and rail. Following closely behind the adoption of electric vehicles, new transportation…