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Understanding Corona Discharge in High-Voltage Transmission Lines

Understanding Corona Discharge in High-Voltage Transmission Lines

The article explores the phenomenon of corona discharge in high-voltage transmission lines and outlines key mitigation techniques.


Achieving Galvanic Isolation and Protection With Solid-State Isolators—Part 1

Achieving Galvanic Isolation and Protection With Solid-State Isolators—Part 1

In Part 1 we introduce solid-state isolators (SSIs) with coreless transformer tech, covering architecture, energy transfer, built-in protection,…


Silicon Carbide Inverter Solutions Enable Functionally Safe Drivetrain Design

Silicon Carbide Inverter Solutions Enable Functionally Safe Drivetrain Design

Learn how SiC inverter solutions offer a modular, functionally safe platform with certified components, accelerating development and compliance…


Transmission Line Losses and Efficiency Optimization—Part 5: FACTS

Transmission Line Losses and Efficiency Optimization—Part 5: FACTS

Learn about the role of Flexible AC Transmission Systems (FACTS) in enhancing power system efficiency, stability, and controllability. We’ll look…


MOSFET Selection Using Toshiba’s Online Circuit Simulator

MOSFET Selection Using Toshiba’s Online Circuit Simulator

Cut design time and improve accuracy with Toshiba’s online circuit simulator. Learn how to…


Industry White Papers In partnership with Toshiba
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…


Design Requirements of Transmission Line Towers

Design Requirements of Transmission Line Towers

This article provides an overview of transmission line towers, covering their structural designs, functional classifications, mechanical loading…


Advanced SiC Trench Gate MOSFET Technology for Automotive Applications

Advanced SiC Trench Gate MOSFET Technology for Automotive Applications

SiC trench gate MOSFETs deliver superior performance in terms of both switching and conduction losses, but careful attention must be paid to the…


Implications of the Ferranti Effect Under No-Load and Light-Load Conditions

Implications of the Ferranti Effect Under No-Load and Light-Load Conditions

In this article we dive deeper into the Ferranti Effect examining operational challenges under light-load conditions. We also look at key…


Using Plastic Optic Fiber for Galvanic Isolation and EMI/EMC Immunity

Using Plastic Optic Fiber for Galvanic Isolation and EMI/EMC Immunity

Learn the evolution of Plastic Optic Fiber (POF) technology—from its origins, to its role as an ideal solution for use in 21st century Smart Grids.


SiC MOSFET Employs Optimized Structure for 1.5 Vdc Renewable Applications

SiC MOSFET Employs Optimized Structure for 1.5 Vdc Renewable Applications

The new SiC-LV100 SiC-MOSFET module features an optimized structure that tackles the challenges of high current density and high-speed switching.


Calibration Ensures Confidence in Current Measurement

Calibration Ensures Confidence in Current Measurement

Regular calibration is crucial to ensure that your measurement equipment is measuring accurately. Learn the important standards, on-line resources,…


Ferranti Effect and Its Impact on Long-Distance High-Voltage AC Transmission Line Regulation

Ferranti Effect and Its Impact on Long-Distance High-Voltage AC Transmission Line Regulation

This article introduces you to the Ferranti Effect and its impact on voltage regulation in long-distance high-voltage AC transmission lines,…


Introduction to Transmission Line Insulator Design

Introduction to Transmission Line Insulator Design

Learn about the basic characteristics and design parameters for insulators in overhead transmission lines.


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,…


Introduction to Conductors for Transmission Lines

Introduction to Conductors for Transmission Lines

This article examines how the design, construction, and placement of conductors influence the performance of overhead transmission lines.


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…


Static vs. Dynamic ZIP Loads in IEEE Power Testing

Static vs. Dynamic ZIP Loads in IEEE Power Testing

Learn how dynamic and static ZIP loads affect power flow and stability in IEEE test systems using impedance, current, and power models.


Serving 48V Power Systems With 100V GaN Discretes and Integrated Solutions

Serving 48V Power Systems With 100V GaN Discretes and Integrated Solutions

Learn how 100 V GaN devices are serving the needs of 48 V applications in data centers, renewable energy, and motor drives.