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An Introduction to Bundled Conductors in Transmission Lines

An Introduction to Bundled Conductors in Transmission Lines

This article explores the design of bundled conductors for high-voltage transmission lines, highlighting their electrical and mechanical advantages.


A Guide to Electromagnetic Interference in High-Voltage Transmission Lines

A Guide to Electromagnetic Interference in High-Voltage Transmission Lines

The article explores the issue of electromagnetic interference (EMI) in high-voltage transmission systems, highlighting its sources, impacts, and…


Seven Steps to Ensuring Product Electrical Safety Compliance

Seven Steps to Ensuring Product Electrical Safety Compliance

This article provides developers with step-by-step guidance in qualifying new electrical products for safety compliance certification.


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.


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…


Compact SiC Module for High Power Density On-Board Chargers

Compact SiC Module for High Power Density On-Board Chargers

Today’s on-board chargers (OBCs) can benefit from lighter and more efficient electronic components. Learn how compact transfer molded power…


Web Simulation: Broadening Access to Power Electronics Modeling

Web Simulation: Broadening Access to Power Electronics Modeling

Browser-based simulation tools for power electronics offer advantages over traditional desktop software. Learn how this approach simplifies…


Temperature Sensing in Next Generation Power Electronics

Temperature Sensing in Next Generation Power Electronics

SiC-based semiconductors can operate higher temperatures than silicon-based devices. Learn the unique challenges involved with monitoring and…


Why Modeling and Simulation Are So Important for Battery Management System Design

Why Modeling and Simulation Are So Important for Battery Management System Design

Several engineers have been using modelling and simulation already for quite some time, but now these methods have become almost mandatory.…


Analayzing Thermal Effects on DC Link Capacitors

Analayzing Thermal Effects on DC Link Capacitors

Understanding thermal stress in smart grid capacitors can help extend DCLC lifespan.


Pursuing Cool: Understanding Cauer and Foster Thermal Chain Models

Pursuing Cool: Understanding Cauer and Foster Thermal Chain Models

When designing and analyzing power electronic circuits in simulation tools, ensuring that such systems are kept sufficiently cool requires accurate…


Storage Inductors for Energy-Efficient Applications

Storage Inductors for Energy-Efficient Applications

This article examines storage inductors and how to calculate losses using different models.


EVs, GaN, SiC, AI, ICs: 2024 Was All About the Acronyms

EVs, GaN, SiC, AI, ICs: 2024 Was All About the Acronyms

EEPower’s collaboration with Bodo's Power Systems has yielded a wealth of technical articles addressing critical industry trends and…


Advancing EV Charger Controls: The Role of C-HIL and Dual Active Bridges

Advancing EV Charger Controls: The Role of C-HIL and Dual Active Bridges

This article examines the role of controller hardware-in-the-loop, or signal-HIL, in the design, testing, and manufacture of electric vehicles.


Increasing Power Electronics Reliability With Solder Preform Technology

Increasing Power Electronics Reliability With Solder Preform Technology

This article examines an alternative to conventional thermal interface materials: solder preforms as a package-attach thermal interface in…


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.


Determining Rated Current

Determining Rated Current

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


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…


Addressing SiC MOSFET Packaging Complexities

Addressing SiC MOSFET Packaging Complexities

The growing prevalence of wide bandgap devices requires innovative advancements in packaging technology to fully harness the advantages of WBG…