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An Introduction to the Fall-of-Potential Method

An Introduction to the Fall-of-Potential Method

Learn about the fall-of-potential method of determining the resistance of a grounding electrode.


Intro to Hardware-in-the-loop Simulation for Power Design

Intro to Hardware-in-the-loop Simulation for Power Design

With the rising demand for testing and prototyping designs under realistic conditions, the need for advancing simulation platforms is rapidly…


Double Pulse Testing

Double Pulse Testing

Two or double testing is a key implement in the toolbox of power electronics engineers that enables comprehensive and accurate measurements to be…


Electrical Grounding Using the Isolated (or Ungrounded) Method

Electrical Grounding Using the Isolated (or Ungrounded) Method

Learn about the isolated or ungrounded method of system grounding, its main characteristics, advantages, disadvantages, and areas of application.


Model Continuity From Offline Simulation to RealTime Testing

Model Continuity From Offline Simulation to RealTime Testing

The dream of many engineering managers is having a single simulation model or “digital twin” for a newly developed product or application. This…


New Current Sensors Measure Higher Currents While Staying the Same Size

New Current Sensors Measure Higher Currents While Staying the Same Size

This article highlights LEM three new families of compact open-loop current sensors that measure higher currents than earlier sensors of the same…


Worried About Gate Driver Insulation? Apply the ‘BIER’ Test

Worried About Gate Driver Insulation? Apply the ‘BIER’ Test

This article examines the effects and explains how they can be mitigated along with results of experiments to evaluate stress and damage,…