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Protect Motor and Lighting Control Circuits in Certain Conditions

Protect Motor and Lighting Control Circuits in Certain Conditions

Learn how to protect motor and lighting control circuits from overcurrent.


Why Is Your Product’s Carbon Footprint Important?

Why Is Your Product’s Carbon Footprint Important?

Knowing your product's carbon footprint is important. We caught up with Infineon to explain why.


GaN Power Transistors and ICs in Emerging Humanoid Robots

GaN Power Transistors and ICs in Emerging Humanoid Robots

In automation, robots are becoming increasingly sophisticated, thanks to several technological trends in advanced power electronics that offer high…


Breaking Down AI Accelerator Card Power Delivery Impacts

Breaking Down AI Accelerator Card Power Delivery Impacts

The stringent power requirements of AI accelerator cards are impacting system performance. This article reviews the AI accelerator card's…


Designing High-Voltage SiC-Based Battery Disconnect Switches

Designing High-Voltage SiC-Based Battery Disconnect Switches

When designing a high-voltage solid-state battery disconnect switch, there are several fundamental design decisions to consider.


Solving Design Challenges With User-Programmable PMICs

Solving Design Challenges With User-Programmable PMICs

Working with user-programmable PMICs can be a new experience for engineers and advances in processor and field-programmable gate array technology…


Advanced Process Control: Leaving Process Deviations Behind

Advanced Process Control: Leaving Process Deviations Behind

Download this whitepaper to learn about APC efficiency.


Protecting Motor Feeders From Short Circuits and Ground Faults

Protecting Motor Feeders From Short Circuits and Ground Faults

Learn how to protect motor feeders and other loads against short circuits and ground faults.


A Look at the Success of Slim DIN-Rail Mounted Power Supplies

A Look at the Success of Slim DIN-Rail Mounted Power Supplies

DIN-rail mounting has revolutionized electrical cabinets since the idea was first introduced in the 1920s. Learn why the system is so successful.


Determining Rated Current

Determining Rated Current

By determining the rated current for power inductors, components can be selected with greater optimality.


Improving Reverse Recovery Time With Trench MOS Structures

Improving Reverse Recovery Time With Trench MOS Structures

Trench MOS structures offer several benefits compared to traditional p-n junction solutions. Learn what they are here.


Enhancing Reliability and Compatibility With E-Mode GaNFETs

Enhancing Reliability and Compatibility With E-Mode GaNFETs

Integrating E-Mode GaNFETs with a GaN-based gate regulating circuit can significantly enhance the reliability and compatibility of gate driving for…


Challenges of Bare Chip Dynamic Characterization

Challenges of Bare Chip Dynamic Characterization

Power semiconductors contain bare chips that must be characterized before being placed in a package or power module but several challenges must…


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.


Protecting Motor Branch Circuits From Short Circuits and Ground Faults

Protecting Motor Branch Circuits From Short Circuits and Ground Faults

Protecting individual and group motor branch circuits against short circuits and ground faults is essential. Learn how here.


Programmable Surge Current Tester for Power Semiconductors

Programmable Surge Current Tester for Power Semiconductors

The often cited I2t value describes a power semiconductor’s ability to withstand surge current events. However, the dependency on the current…


Troubleshooting Single-Phase Induction Motors

Troubleshooting Single-Phase Induction Motors

Learn how to troubleshoot single-phase induction motors, from diagnosis to fault repair.


Sizing Overload Protection for Motors Above 1 HP

Sizing Overload Protection for Motors Above 1 HP

Learn the rules for sizing overload protection for motors above 1 hp.


Calculating Transformer Currents

Calculating Transformer Currents

The article explains the calculation of transformer currents using the power formula and turns ratio and looks at transformer impedance and…


Design and Test Challenges of High-Voltage MIL-Aero Applications

Design and Test Challenges of High-Voltage MIL-Aero Applications

This article explores the unique design, testing, and reliability challenges of high-voltage power supplies used in military and aerospace…