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Smart Substations and Digitalization—Part 2: IoT Devices and Sensors

Smart Substations and Digitalization—Part 2: IoT Devices and Sensors

Learn how smart substations use synchronized IoT devices compliant with key standards for high-fidelity data, enabling real-time protection and…


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.


2026 Market Survey: Microgrid and Distributed Energy Projects Grow in Complexity

2026 Market Survey: Microgrid and Distributed Energy Projects Grow in Complexity

2026 Microgrid & Distributed Energy Market Research, based on insights from more than 150…


Industry White Papers In partnership with XENDEE
Designing for Speed: What OEMs Need To Know When Integrating High-Speed Drives

Designing for Speed: What OEMs Need To Know When Integrating High-Speed Drives

High-speed industrial applications (120 Hz+) require specialized variable speed drives (VSDs). Learn how OEMs are upgrading technology to meet…


Open Process Automation: How and Where to Start

Open Process Automation: How and Where to Start

The future of control is open. Start building your path to interoperable, secure, and…


Smart Substations and Digitalization—Part 1

Smart Substations and Digitalization—Part 1

Digitalization replaces conventional substations with smart, standards-based systems to address modern grid demands through interoperability,…


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…


Substation Design and Layout Planning—Part 3: Noise and Oil Control Issues

Substation Design and Layout Planning—Part 3: Noise and Oil Control Issues

In the final part of this series, we examine substation design practices for managing two critical issues: oil containment and noise control.


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…


Enabling High Efficiency: Gate Driver ICs for Automotive Traction Inverters

Enabling High Efficiency: Gate Driver ICs for Automotive Traction Inverters

E-mobility is driving significant demand for power electronics, particularly inverters. High-performance power modules help ensure efficient designs.


Five Techniques for Fast, Accurate Power Integrity Measurements

Five Techniques for Fast, Accurate Power Integrity Measurements

Learn five techniques for fast, accurate power rail integrity measurements—reduce noise, add…


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…


Substation Design and Layout Planning—Part 2: Safety and Thermal Controls

Substation Design and Layout Planning—Part 2: Safety and Thermal Controls

This article explains how a substation’s physical layout must integrate safety clearances, grounding, and thermal management.


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,…


Predicting and Controlling Thermal Runaway in High-Voltage Power Modules

Predicting and Controlling Thermal Runaway in High-Voltage Power Modules

In this article, we take a system-level look at how thermal runaway begins, propagates across multi-module converters, and how engineers can model,…


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.


Switching and Converter Substations

Switching and Converter Substations

This article explores the various functions of switching and converter substations, including network reconfiguration, fault isolation, and AC/DC…