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Improving Efficiency and Thermal Margin in a 204 W Quarter-Brick Converter Using a 150 V MOSFET

Improving Efficiency and Thermal Margin in a 204 W Quarter-Brick Converter Using a 150 V MOSFET

Learn how 150 V SuperQ MOSFETs boost 204 W converter efficiency greater than 0.8%, cut heat by 2 W, and lower peak temps by 31°C. They improve…


Enhanced Power Module for PV and PCS/ESS Applications

Enhanced Power Module for PV and PCS/ESS Applications

In this article, we present two key module-based technologies that further improve inverter performance—robust silicon nitride (Si3N4) substrate…


Advanced Partial Discharge Testing for Modern Power Modules

Advanced Partial Discharge Testing for Modern Power Modules

Modern power modules need PD testing that goes beyond traditional standards. This article looks at advanced diagnostic methods that help improve…


Distribution System Fundamentals—Part 2: Topologies and Reliability

Distribution System Fundamentals—Part 2: Topologies and Reliability

Explore distribution topologies, from simple radial feeders to complex networks, and examine reliability metrics, common causes of outages, and…


Formic Acid Soldering: Enabling the Next Generation of Power Devices—Part 2

Formic Acid Soldering: Enabling the Next Generation of Power Devices—Part 2

In part 2, we focus on application considerations and take a deeper look at case studies for prevailing solder material alternatives, including…


Inside the Silicon Carbide JFET: Specs, Stability, and the New Performance Frontier

Inside the Silicon Carbide JFET: Specs, Stability, and the New Performance Frontier

Learn how SiC JFETs beat MOSFETs for next-gen power. They offer ultralow loss, superior stability, and rugged avalanche protection—critical for…


Precision Cooling of Performance Modules

Precision Cooling of Performance Modules

High power density in electronics necessitates efficient cooling. Learn how passive (heat sinks), forced (cooling aggregates/fans), and liquid…


High-Precision Digital Temperature Sensors Thanks to Wafer-Based Calibration

High-Precision Digital Temperature Sensors Thanks to Wafer-Based Calibration

Power electronics plays a crucial role in modern temperature sensor systems, enabling efficient signal conditioning, energy management, and data…


Resilient Battery Energy Storage for Renewable-Rich Grids

Resilient Battery Energy Storage for Renewable-Rich Grids

Because their generation fluctuates, Battery Energy Storage Systems (BESS) have become essential for grid stability. Grid-supporting BESS must…


Thermal Management for SiC Semis—Top Side Cooling as an Innovative Solution

Thermal Management for SiC Semis—Top Side Cooling as an Innovative Solution

The growing demand for powerful and compact power electronics places high demands on the thermal management of modern semiconductor technologies.…


Multiphysics Simulation and Simulation Apps in Power Electronics

Multiphysics Simulation and Simulation Apps in Power Electronics

Learn how multiphysics-based digital twins are increasingly used to capture interactions in electrification applications, enabling more accurate…


SiC-MPS Diodes Under Stress: Robust Performance Under Extreme Conditions

SiC-MPS Diodes Under Stress: Robust Performance Under Extreme Conditions

What is the reverse recovery behavior of SiC-MPS diodes in scenarios that challenge their thermal and dynamic robustness? This article provides a…


Advancing Industrial Power Conversion With Silicon Carbide

Advancing Industrial Power Conversion With Silicon Carbide

This article explores the benefits of SiC devices in selected use cases, including HVAC systems, DC fast charging infrastructure, and solar and…


Double Pulse Testing eGuide

Double Pulse Testing eGuide

This step-by-step guide describes the basic concept of double pulse testing (DPT) and the…


Optimizing MMC Submodule Capacitor Design for Medium Voltage Converters

Optimizing MMC Submodule Capacitor Design for Medium Voltage Converters

Learn how to determine the minimum capacitor per submodule to control voltage ripple and ensure long-term energy stability in 10-100 kV modular…


PCB Embedding of Semiconductor Dies: Enabling Next-Gen Power Electronics

PCB Embedding of Semiconductor Dies: Enabling Next-Gen Power Electronics

The embedding of semiconductor dies, particularly GaN and SiC MOSFETs, into PCB structures provides multiple system-level benefits. Learn how this…


Transmission Line Losses and Efficiency Optimization—Part 2

Transmission Line Losses and Efficiency Optimization—Part 2

Learn how frequency impacts transmission line parameters—resistance, inductance, capacitance, conductance—due to skin/proximity effects,…


Transmission Line Losses and Efficiency Optimization—Part 1

Transmission Line Losses and Efficiency Optimization—Part 1

Learn about distributed impedance and admittance parameters of transmission lines, their influence on voltage regulation, power loss, and…


Understanding the Role of Capacitors and Supercapacitors in Energy Storage Systems

Understanding the Role of Capacitors and Supercapacitors in Energy Storage Systems

Capacitors and supercapacitors are key to maximizing the performance and reliability of energy…


Safety and Reliability in Battery Management Systems: Do We Have It Covered?

Safety and Reliability in Battery Management Systems: Do We Have It Covered?

For lithium-ion (Li-ion) batteries, safety takes top priority. In this article, we examine how to best partition system functions, implement…