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Beyond Mobility: Delivering Proven SiC Technology Where Performance and Reliability Matter the Most

Beyond Mobility: Delivering Proven SiC Technology Where Performance and Reliability Matter the Most

Learn how Mitsubishi Electric’s latest Unifull SiC modules combine advanced performance with enhanced power cycling capability enabled by…


Using Low-Voltage GaN in ISOP Converters for AI Servers With 800 V Architecture

Using Low-Voltage GaN in ISOP Converters for AI Servers With 800 V Architecture

Over the past decade, AI workloads have relied on server architectures not designed for their rapidly growing power demands. Recently, the concept…


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.…


Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 4

Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 4

While the first three parts in this article series detailed military and avionic standards and front-end solutions, this last Part 4 delves into…


0.2% High-Accuracy Open-Loop Hall Current Sensor With ASIL D Functional Safety

0.2% High-Accuracy Open-Loop Hall Current Sensor With ASIL D Functional Safety

This article focuses on comparing the performance of Innosense’s Dhips+ Hall current sensor before and after error compensation, elaborating on…


On-Chip Redundancy and the Myth of Independence

On-Chip Redundancy and the Myth of Independence

Redundancy is often treated as a numbers problem: add more blocks, duplicate critical functions, and safety improves. In battery management ICs,…


Effect of Optocoupler Parameter Variations on the Control Loop of a Power Supply

Effect of Optocoupler Parameter Variations on the Control Loop of a Power Supply

Isolated power supplies with secondary-side regulation need a feedback path to the primary side across the galvanic isolation. Very common is the…


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…


Addressing Power Supply Systematic Failures—Part 1: Using Output Discharge

Addressing Power Supply Systematic Failures—Part 1: Using Output Discharge

In Part 1, we discuss three power supply solutions for a common systematic failure, which is related to output discharge when using LDOs.


DC-Link Management for Regenerative Servo Drives

DC-Link Management for Regenerative Servo Drives

Learn about DC-Link management for regenerative servo drives—brake choppers, sizing, and EMI pitfalls.


Reliability Features of Power Electronics as an SOA Component in Automotive

Reliability Features of Power Electronics as an SOA Component in Automotive

The article outlines how digital twins, predictive control, neural networks and Power-HIL turn power electronics into active SOA components, adding…


Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 3

Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 3

In Part 3 of this series, we look at how embedding a boost converter within a board-mounted module reduces the required capacitor value for a given…


Improving Voltage Regulation in a Buck Converter With Isolated Output

Improving Voltage Regulation in a Buck Converter With Isolated Output

Learn about incorporating cost-effective, non-regulated isolated outputs into buck converters for below 15 W. We explore the parameters affecting…


Improve Motor Lifetime With Slew Rate Control Gate Drive Optocoupler

Improve Motor Lifetime With Slew Rate Control Gate Drive Optocoupler

Learn how Slew Rate Control (SRC) gate drive optocouplers mitigate high dv/dt from PWM in VSDs, reducing motor overvoltage, EMI, and power loss,…


An Exploration of Surface Mount Power Packaging Technologies for SiC MOSFETs

An Exploration of Surface Mount Power Packaging Technologies for SiC MOSFETs

Surface-mount packaging for SiC MOSFETs boosts power density, reduces parasitics, and improves thermal performance compared to legacy packages,…


Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 2

Solving Military-Avionics DC-DC Power Challenges with Modularity—Part 2

In Part 1, we covered the key standards for military and avionics power supply design. Here in Part 2, we examine managing input bus electrical…


Selecting the Right SiC MOSFET for Efficient Zero-Voltage Switching

Selecting the Right SiC MOSFET for Efficient Zero-Voltage Switching

Learn how research with 1200 V SiC MOSFETs can help designers select the optimal SiC devices for their high-frequency softswitching applications.


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…


The Next Leap in EV Powertrain Efficiency: The Rise of 3-Level Inverters

The Next Leap in EV Powertrain Efficiency: The Rise of 3-Level Inverters

Learn the advantages of upgrading from a 2-level inverter to a 3-level inverter for SiC-based EV powertrain designs.