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The Fundamentals of Power Inductors

The Fundamentals of Power Inductors

Exploring the fundamentals of power inductors is critical for both newer engineers and savvy veterans as they attempt to obtain performance data critical to their design. For various applications, inductor efficiency is often a major consideration in the design process. 


Optimizing Power Efficiency and Performance for Hybrid and Electric Vehicles

Optimizing Power Efficiency and Performance for Hybrid and Electric Vehicles

Explore onsemi’s complete VE-Trac traction inverter portfolio in both SiC and IGBT modules and choose the optimal solution that delivers the highest efficiency and peak power for the next generation of electric vehicles.


Addressing the Speed and Power Requirements of Automation Controls with Rugged Solutions

Addressing the Speed and Power Requirements of Automation Controls with Rugged Solutions

The trends in industrial applications, their challenges and the TE Connectivity solutions that meet these evolving requirements.


Optimizing EMI Input Filters for Switched Mode Power Supplies

Optimizing EMI Input Filters for Switched Mode Power Supplies

Explore methods for separating common-mode and differential-mode noise using two oscilloscope channels without the need for any additional hardware.


Understanding Power MOSFET Avalanche Operation and Associated UIS (UIL) Data Sheet Ratings

Understanding Power MOSFET Avalanche Operation and Associated UIS (UIL) Data Sheet Ratings

Learn more about a specific avalanche power function that forms the basis of avalanche ratings found on power MOSFET data sheets.


What Issues Drive Image Sensor Choice for ITS and other Machine Vision Applications?

What Issues Drive Image Sensor Choice for ITS and other Machine Vision Applications?

Explore the key specifications and features you must consider when choosing the right image sensor for your machine vision camera.


Test and Optimize Your SiC Design to Minimize EMI

Test and Optimize Your SiC Design to Minimize EMI

Explore EMI challenges associated with migrating a design from Si to SiC, test tools and test methodology, along with mitigation and optimization techniques.


How to Achieve Ultrafast Power Supply Transient Response for RF Applications

How to Achieve Ultrafast Power Supply Transient Response for RF Applications

Methods used in RF applications to achieve fast transient response in a power supply design.


Meeting the Demand for Smaller and More Reliable Power Modules with the X Series RC-IGBTs

Meeting the Demand for Smaller and More Reliable Power Modules with the X Series RC-IGBTs

Explore the advantages of the next generation in IGBT technology and how this benefits industrial and automotive applications.


Microchip SiC Power Solutions Guide

Microchip SiC Power Solutions Guide

Using this comprehensive guide, engineers will feel confident to switch to Silicon Carbide (SiC). They can leverage SiC's low switching losses, improved system efficiency, high power density in a smaller footprint, 3x superiority to silicon in thermal conduction, and many other benefits. Download your copy here!


SiC MOSFETs: Gate Drive Optimization

SiC MOSFETs: Gate Drive Optimization

For high−voltage switching power applications, silicon carbide or SiC MOSFETs bring notable advantages compared to traditional silicon MOSFETs and IGBTs.


Fast DC EV Charging: Common Topologies and Power Devices Used in the System

Fast DC EV Charging: Common Topologies and Power Devices Used in the System

Common Topologies and Power Devices Used in the System for Fast DC EV Charging.


Power Consumption Analysis Tool

Power Consumption Analysis Tool

The power consumption analysis tool was developed to make it easier for customers to analyze power consumption data collected with either the NGL, NGM or NGU power supplies from Rohde & Schwarz. This application note explores the prerequisites needed, interfaces, settings, order information, and more. 


Receiver Testing: Why Test Signal Quality Matters

Receiver Testing: Why Test Signal Quality Matters

This educational note provides performance parameters to consider when evaluating signal generators for your receiver testing. This will ensure that the signal generator provides a level of performance that has minimal effect on your receiver measurements.


Zero Volt Operation With an Electronic Load

Zero Volt Operation With an Electronic Load

In this application note, EA Elektro-Automatik discusses areas of application, validity, auxiliary power supply requirements, test application setups, and provides a specific application example.


Panasonic Market Solutions for EV Charging

Panasonic Market Solutions for EV Charging

While the right technology is important to secure efficiency and reliability in electric-vehicle design, safety is equally important. This guide explores solutions such as protecting locking mechanisms, safe and reliable relays, efficient capacitors designed for safety, and more. Secure your copy now and start charging for the future!


The New AI-Powered Grid: RAM-1 Is the World’s Smartest Powerline Monitoring System

The New AI-Powered Grid: RAM-1 Is the World’s Smartest Powerline Monitoring System

Learn how Edge Impulse's RAM-1 helped Izoelektro build one of the most advanced power grid monitoring systems in the world.


Going Green? Industrial Fiber enables the green energy transition

Going Green? Industrial Fiber enables the green energy transition

Going Green? With Renewable Energy Efficient power solutions with industrial fiber optics. Download industrial fiber eBook to learn more.


Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

This white paper is intended to highlight essential considerations before identifying a solution to power any of today’s image sensors.


Electric Vehicle Power Electronics Push Test Equipment Performance Limits

Electric Vehicle Power Electronics Push Test Equipment Performance Limits

Market demand is continuously driving the development of electric vehicles. The wide range of electronic devices and systems is placing ever-greater requirements on the test equipment.