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Understand the Benefits of High-Voltage Super Junction MOSFET Technology

Understand the Benefits of High-Voltage Super Junction MOSFET Technology

As the demand for high-efficiency energy systems grows, high-voltage super junction MOSFET technology has become a cornerstone for next-generation…


Case Study—A Low-Cost, Low-Profile 6-kW, 800 V to 12.5 V DC-DC for AI Power

Case Study—A Low-Cost, Low-Profile 6-kW, 800 V to 12.5 V DC-DC for AI Power

Learn how GaN technology enables a low-cost, low-profile 6 kW, 800 VDC to 12.5 VDC converter using an ISOP LLC topology. This meets the design…


Reaching New Efficiency Heights with 3-Level DC-DC Converters

Reaching New Efficiency Heights with 3-Level DC-DC Converters

Learn how 3-Level DC-DC converters boost efficiency and power density in high-power electronics by lowering voltage stress, cutting switching…


Maximizing Value: How 3-Level DC-DC Converters Reduce BOM and System Cost

Maximizing Value: How 3-Level DC-DC Converters Reduce BOM and System Cost

Learn how 3-Level DC-DC converters offer higher efficiency and lower BOM/system costs by reducing voltage stress on components, enabling smaller…


Next-Gen Testing for PV-Storage-Charging Systems

Next-Gen Testing for PV-Storage-Charging Systems

There are a lot of advantages to integrating solar power, energy storage, and EV charging. Learn the technologies available to implement and test…


The Advancement of DIN Rail PSUs for Modern Industrial Automation

The Advancement of DIN Rail PSUs for Modern Industrial Automation

Modern power supplies must be small, powerful, and compliant, delivering high performance in the tightest of spaces.


8 Steps to Designing an LLC Resonant Converter

8 Steps to Designing an LLC Resonant Converter

This article provides a step-by-step guide for designing an LLC resonant converter with a half-bridge configuration on the primary side and a…


Renewables Drive Power Modules With Cutting-Edge Chip Design

Renewables Drive Power Modules With Cutting-Edge Chip Design

The 2.5 kV IGBT module with enhanced SLC+ technology sets a benchmark in reliability, tackling power and thermal cycling stress to ensure long-term…


Smart Motor Control Powers A New Era of Industrial Productivity, Efficiency, and Sustainability

Smart Motor Control Powers A New Era of Industrial Productivity, Efficiency, and Sustainability

Are you listening to what your motors are telling you? New motor control systems allow you to act on data insights to improve power efficiency,…


Power System Reliability Modeling With In-Situ MTBF Calculations

Power System Reliability Modeling With In-Situ MTBF Calculations

This article explores how to get started with reliability modeling using a classical theory of assessing reliability for complex systems. 


Exploring Innovation in Motion Control Technology

Exploring Innovation in Motion Control Technology

Motion control is a major part of modern industrial machine design, and innovation in this field focuses on improving performance and ease of use…


Optimal IGBT Performance in Diverse Applications

Optimal IGBT Performance in Diverse Applications

Selecting the appropriate discrete IGBT that aligns with the application-specific requirements is crucial to optimal performance.


Understanding Frequency Spread Spectrum in SMPS Designs

Understanding Frequency Spread Spectrum in SMPS Designs

This article will explore how frequency spread spectrum can effectively reduce the EMI spectrum of a power supply in specific frequency bands.


Minimizing Quiescent Current With Automotive Linear Regulators

Minimizing Quiescent Current With Automotive Linear Regulators

Linear regulators maintain a fixed output voltage using a feedback system to dynamically adjust series resistance, inducing the exact voltage drop…


Next-Gen GaN FETs for Intermediate 48V to 12V Conversion

Next-Gen GaN FETs for Intermediate 48V to 12V Conversion

A new generation of GaN devices pushes the envelope in terms of efficiency, power density, and response.


Examining High-Power Buck Switching Regulator Modules

Examining High-Power Buck Switching Regulator Modules

Designers seeking a power supply providing a very high operating current should consider this alternative.


Bifacial Solar Panels: Dual-Sided Sustainability

Bifacial Solar Panels: Dual-Sided Sustainability

This article explores bifacial solar panels— how they work, why they are important to solar growth, and applications benefiting most from their…


Specifying Power Products Using Standardized Green Credentials

Specifying Power Products Using Standardized Green Credentials

Standardization is needed so engineers can better assess a product’s environmental performance. Here’s how.


How To Build a Battery Model Using Fuel Gauging—Part I

How To Build a Battery Model Using Fuel Gauging—Part I

The first in a three-part series, this article explains how to build an electrical battery model using fuel gauging.


Optimizing Automotive Applications With Zero-Delay PWM Control

Optimizing Automotive Applications With Zero-Delay PWM Control

This article presents zero-delay pulse-width modulation control, MPS’ proprietary, fixed-frequency power supply control method that provides…