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Using WBG Switches to Reduce Motor Drive System Losses

Using WBG Switches to Reduce Motor Drive System Losses

An experimental approach to investigate the impact of higher switching frequencies on the inverter and motor efficiency using SiC and GaN


GaN Transistors Simplify High-Current Motor Drive Inverter Design

GaN Transistors Simplify High-Current Motor Drive Inverter Design

Battery-powered industrial vehicles such as forklifts, manual handlers, or warehouse automatic vehicles require high-current inverters to drive the…


Pushing Module Power Density to the Limit

Pushing Module Power Density to the Limit

Full SiC MOSFET modules have clear performance benefits, especially where high power density is required, but how can the highest possible power…


Optimization of GaN-Based Inverters for BLDC Motor Drives

Optimization of GaN-Based Inverters for BLDC Motor Drives

Gallium nitride (GaN) power devices allow an increase in the switching frequency of power converters and a reduction of the dead time; such…


Design Challenges and Considerations for Brushless DC Motors and Their Drives

Design Challenges and Considerations for Brushless DC Motors and Their Drives

Design Challenges and Considerations for Brushless DC Motors and Their Drives


Implementing Hybrid ANPC Inverters With Synchronous Rectification

Implementing Hybrid ANPC Inverters With Synchronous Rectification

Manufacturers of PV inverters and energy storage systems are increasingly turning to silicon carbide power modules to increase the efficiency of…


NEC 2023 Basics: Sizing Equipment Grounding Conductors

NEC 2023 Basics: Sizing Equipment Grounding Conductors

Learn how to size equipment grounding conductors.


NEC 2023 Basics: Identifying Wire-Type Equipment Grounding Conductors

NEC 2023 Basics: Identifying Wire-Type Equipment Grounding Conductors

This article will help you identify wire-type equipment grounding conductors.


A Toast to Bodo: Celebrating 70 Years

A Toast to Bodo: Celebrating 70 Years

As Bodo Arlt, founder of Bodo's Power Systems, celebrates his 70th birthday, we pay tribute to his accomplishments and impact on the power…


Determining Cut-Off Frequency and Transfer Function of RC High-Pass Filters

Determining Cut-Off Frequency and Transfer Function of RC High-Pass Filters

Learn how to determine the RC high-pass filter's cut-off frequency and transfer function and plot gain/frequency and phase/frequency response…


Calculating RC Low-Pass Filter Cut-Off Frequency and Transfer Function

Calculating RC Low-Pass Filter Cut-Off Frequency and Transfer Function

Learn how to determine the RC low-pass filter's cut-off frequency and transfer function and plot the gain/frequency and phase/frequency…


Analyzing the Options: EV Fast Charging Bi-Directional Topologies

Analyzing the Options: EV Fast Charging Bi-Directional Topologies

Electric vehicle (EV) DC fast chargers currently under development have to meet more demanding specifications than today’s installed charger…


Optimum GaN Gate Control for Greater Performance Gains

Optimum GaN Gate Control for Greater Performance Gains

When designing power applications with gallium-nitride (GaN) wide-bandgap technology, proper control of the gate-driving circuit is essential to…


Improving Performance With Monolithic GaN Integration While Reducing Size, Cost

Improving Performance With Monolithic GaN Integration While Reducing Size, Cost

This article will examine the advantages of gallium nitride heterojunction field effect power transistors in the 15 V to 350 V range in…


Understanding Quiescent and Shutdown Currents With Boost Converters

Understanding Quiescent and Shutdown Currents With Boost Converters

Quiescent current is an important parameter to consider when optimizing battery-powered applications. This article examines the difference between…


SiC MOSFET Modules for PV Systems With Integrated Storage, EV Charging

SiC MOSFET Modules for PV Systems With Integrated Storage, EV Charging

This article discusses how SIC-MOSFETs in innovative packages can enable novel converter concepts to support ever-increasing efficiency and power…


Understanding Failure Mechanisms in Test-to-Fail Methodology for eGaN Devices in Solar Applications

Understanding Failure Mechanisms in Test-to-Fail Methodology for eGaN Devices in Solar Applications

Modern solar panels are demanding increasingly higher power density and longer operating lifetimes. Solar applications, including power optimizers…


Power ICs Enable High-Efficiency High-Power-Density 140W PD3.1 Adapter Designs

Power ICs Enable High-Efficiency High-Power-Density 140W PD3.1 Adapter Designs

This article presents an ultra-high-efficiency and high-power-density design of a power factor correction (PFC) and asymmetrical half-bridge (AHB)…


Packages for the Highest Voltage Class Si IGBTs and SiC MOSFETs

Packages for the Highest Voltage Class Si IGBTs and SiC MOSFETs

HV LinPak is a new package that adds to several options converter designers have for using Si IGBTs and SiC MOSFETs with nominal blocking voltages…


Get More From Your Heat Pump

Get More From Your Heat Pump

High functional integration and power density are at the foundation of our energy-efficient, cost-effective power modules for motor drives tailored…