Isolated Power Modules Protect Signal Integrity and Ensure Human Safety

Streamline Designs with Constant-On-Time (COT) Control Power Modules

Streamline Optical Module Designs with Superior Power Integration

Enhance Optical Module Efficiency with Compact Power Solutions

Maximize Efficiency with Compact, Integrated FPGA Power Modules

Delivering Unparalleled Power Density for Next-Gen Computing Systems

Efficient, Compact FPGA Power Supply Design with MPS Modules

Isolated Power Modules Protect Signal Integrity and Ensure Human Safety

Efficient Energy Backup for Robust Power Failure Management

Precision Control and Efficiency in LED Backlight Driving Applications

Compact Synchronous Boost Converter for Battery Applications

Highly Integrated, Compact Solution Enables High Efficiency

Core Power Intelli-Module Optimized for High-Performance Computing Applications

Explore what Power over Ethernet (PoE) Means for Your Design

Isolated Solutions for LLC DC/DC Converters and Totem-Pole Power Supplies

Powerful, Efficient PSU for 5G Telecom Applications

DC/DC PoE Solution Reduces Board Space and Design Time

Integration Reduces Noise and Improves Efficiency

Innovative Architecture Improves Thermal Performance

Discover How MPS Helps Power the Xbox Series X

The MP4581 and MP4541 support a 100V and 80V maximum input voltage, respectively, with up to 0.8A of output current in a compact SOIC-8EP package.

Get to know the MPM3695-100, a 16V, 100A, scalable power module with a PMBus interface.

Our engineers walk you through unboxing and getting started with the evaluation kit for the MPM3650, a 17V, 6A, synchronous, ultra-thin power module with an internal inducto

Get to know the MPM82504, a 16V, quad 25A, scalable power module with a PMBus interface.

Unboxing and getting started with the MP5470, a power management IC with four buck converters and configurable settings.

Our engineers walk you through unboxing and getting started with the evaluation kit for the MP1528, a 36V precision LED driver. The EV1528DQ-00A evaluation board provides the ability to test and configure the driver for your application.

Learn more about our incredible high-performance module's space-saving ability.

Offering COT control and ultra-fast transient in a highly compact package for ideal use in a variety of applications such as optical modules.

17V, 6A power module offers an ultra-low profile package and high integration, saving up to 70% board space.

MPS's DC/DC wireless charging solutions, with excellent charge capability and high temperature ratings..

Power modules lower BOM cost and shorten design time to help engineers meet the evolving needs of a variety of applications

The MPM54304 is a complete power management module that integrates four buck converters

In 60 Seconds, Learn How to Accelerate and Simplify Power Design with Power Modules…

USB-PD power charging station for automotive applications…

Fully Integrated DC/DC Power Modules…

3.3V Input Range, Simple BGA Layout, Dynamic Current…

Programmable up to 3A and 0.6-12V output voltage. The Module has a...

Learn more about the new way of designing power electronics…

Learn more about the new way of designing power electronics with…

Step-down solutions offer a wide product family selection.

This video features MPS’ low voltage (6V) modules…

MPM modules have superior performance and inherent…

Design the power converter based on selected IC.

Eval board setup of the MPS MPM38222…

MPS Modular Power Block configurable to any current…

Enhancing System Safety with Advanced Digital Isolation Technology

Driving Clean Energy Innovation with Safe, Efficient Electrification

Best-In-Class Isolation and Working Voltage in A Compact SOIC-8 Package

Compare the Advantages of LLC vs. Flyback Converters in Isolated Gate Drivers

Isolated LLC Transformer Driver Replaces Flyback Solutions

The Ideal Module Solution for Isolated Power Applications

Totem-Pole Topology Advantages Requires Fewer Components, Reduces Cost, and Increases Efficiency and Power Density

The MP188x1 Series: A Robust, Dual-Channel Isolated Gate Driver Family with Capacitive Isolation

MPS Provides Robust CMTI, a Key Spec for Gate Drivers

Optimize Efficiency with a Compact, Integrated PSR Flyback Solution

Comparing PFC Topologies for High-Power PFC Converters

Accurately Estimate Input Power for Your Design

The HR1211 is a multi-mode PFC and current mode LLC 2-in-1 controller with full digital control via a UART interface

The MPX2002 flyback controller incorporates a flyback driver circuit, a synchronous rectifier, safety-compliance isolated feedback, and a high-voltage reference in a single chip

This video explores the HR121x family of full digital PFC + LLC combo controllers from MPS.

Compact adapter solutions are integral to efficient power management.…

Digital PFC+LLC combo with GUI & built-in intelligent flyback.…

How to use MPS design support software to design ACDC…

Setup and testing the eval kit for the MPS HR1200.

The PFC of the HR1200 employs a patented average current…

This video introduces the product features and benefits of…

We can simulate your project remotely and quickly find you a solution.

Learn how our technology enables power solutions with exceptional efficiency, integration, and the lowest failure rates.

State-of-the-art chambers for radiated emissions and immunity measurements

The 4.0 release of MPS's Virtual Bench Pro software provides a convenient method to evaluate, test, and configure devices, as well as to access support through MPS Now or order evaluation boards and samples.

Design the parameters of the LLC resonance converter

Learn how to use the Macom App with MagAlpha Test and…

How to use MPS design support software to design ACDC…

Design the power converter based on selected IC.

Simulate the selected IC model based on MPSmart engine.

Enhance Automotive BLDC Systems with Reliable Gate Driver ICs

Optimized Performance for Compact DC Motor Solutions

Optimizing Automotive Control with Efficient Motor Drive Solutions

Powering Precise Control in Robotic Stepper Motor Applications

Accurate, Flexible Motion Control Solutions

Highly Integrated Automotive-Grade Pre-Driver

The MMC36720 motor controller board offers increased control performance and innovative configuration features to quickly

The MP6500 and MP6600 are bipolar stepper motor driver ICs. The MP6500 offers 2.5A peak output current and is available in in QFN-24 (5mmx5mm) and TSSOP-28EP packages.

How to setup and run one of the MPS integrated smart motors…

This video introduces the product features and benefits of the eMotion System Smart Motor Solution.

Precision motion control is made possible with MPS's 2-axis brushless DC motor system

MPS Smart Motor Modules can be easily adapted to customize or upgrade third-party brushless DC motors. In this video, we demonstrate that capability with a single-axis ball toss system, highlighting the incredible accuracy and position control of our smart motor control modules.

Accurate motion control requires knowing the exact electrical and mechanical parameters of the set-up

These parts offer high output current in a tiny package, with excellent efficiency and integrated FETs, saving design time and board space.

Integrating an MMC module into a brushless DC (BLDC) motor provides for more accurate positioning and speed control.

Integrating an MMC module into a brushless DC (BLDC) motor provides for more accurate positioning and speed control.

This video shows how BLDC motors can perform better than stepper motors or servo motors with MPS's Smart Motor Module Evaluation Kits.

The design and mechanical functionality of the...

The design and mechanical functionality of...

The MP6530 is a motor driver IC designed for driving 3-phase…

integrated bipolar stepper motor driver with micro-stepping…

Seamless Power Transition for Dual-Cell Battery Devices

Enhance Device Performance with Cutting-Edge Battery Charger ICs

Optimize Device Performance with Advanced Battery Charging Technologies

Optimizing Device Longevity with Advanced Battery Charger IC Technology

Enhance Your Battery Management System with MPS's Virtual Fuel Gauge Technology

Advanced Analog Front-End Ensures High-Performing Battery Management

Complete Solution for Energy Storage Systems (ESS)

Optimizing Battery Life with MPS's Advanced BMS Techniques

Achieve Precise SOC Estimation with Innovative Fuel Gauge Solutions

Optimize Battery Management with our NVDC Buck Charger Solution

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Importance of an Accurate Fuel Gauge in a Battery Management System

Accurate, Reliable, and Flexible Fuel Gauge Solutions for All Your Battery-Powered Devices

Enabling the Next Generation of Battery Management and Fuel Gauge Technology

Buck-Boost Chargers with I²C-Controlled NVDC Power Management

Our engineers walk you through unboxing and getting started with the evaluation kit for the MP2629, a buck charger IC with NVDC and an I2C interface

The MPF42790 fuel gauge IC combines accurate readings and application-specific settings, including auto-learning capabilities

Highly-integrated switch-mode battery charger with system…

Multi-Terrain EV showcasing MPS fully-integrated battery…

Streamline Safety with Isolated, Coreless Hall-Effect Sensors

Enhance Precision with Advanced Sensor Resolution Techniques

Compact, Configurable Current Sensor with UL and TUV Certification

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Magnetic Encoders as an Alternative to Optical Encoders for Various Applications

Compact High-Resolution Sensor Supports Wide Range of Applications

Best-In-Class Isolation and Working Voltage in A Compact SOIC-8 Package

Explore Key Specs and Advantages of Magnetic Angle Position Sensors

High-Current Monitoring in a Tiny Package for Improved Motor Control

Fast, Accurate Angle Sensing for Space-Constrained Applications

The Smallest Isolated Direct-Sensing Solution Footprint on the Market

The MagAlpha MA102 and MA302 series replaces discrete Hall switches in any block commutated brushless DC (BLDC) motor,

The MA800, MA820, and MA850 family of magnetic angle sensors comprises a complete solution in a tiny, 3mmx3mm QFN package.

The MA700 series consists of six Hall-based sensors ranging from 10-bit to 14-bit resolution

The next generation of sensing for battery-powered and angle measurement applications

Measure the angle, speed, or position of a rotating shaft...

learn how to use the Macom App with MagAlpha Test and…

Improve your magnetic angle sensor deliveries…

The MA800 contactless turning knob rotary sensor features 8 bit.…

Learn how to setup the eval kit for MagAlpha contactless…

The resolution, accuracy and speed of MagAlpha sensor rivals…

Compact, low cost alternative to encoders, the MagAlpha…

Integrated, Simplified Hot-Swap Solution Reduces Board Space

New power supply solution for 5G telecom applications using several innovative products

Enhance Automotive Designs with Scalable, Flexible Quad-Channel Switches.

Boost Automotive System Performance with Advanced Multi-Phase Buck Converters

Enhancing Automotive Systems with Smart, Efficient High-Side Switching

Enhancing Automotive Reliability with Precision Dual-Channel LDO Technology

Advancing EV Technology with Efficienct, High-Capacity DrMOS Solutions

Accelerating Innovation in Advanced Autonomous Driving SoCs

Maximize Efficiency with an Optimized 2-Layer Automotive PCB Design

Driving the Future with Efficient Automotive SoC Technology

Efficienct, Compact USB PD Solutions for Portable Devices and Automotive

Enhance Safety and Efficiency in Automotive IR LED Applications

Achieve Flexibility and Reliability Amid Harsh Transient Conditions

Low-EMI, High-Efficiency Audio Precision for Automotive Systems

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

MPS's Cutting-Edge EMC Labs

CISPR25 Class 5 Compliant Converter Family for Automotive-Grade Applications

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Empowering ADAS With Automotive SoCs and MPSafe^TM

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Powering Precise Control in Robotic Stepper Motor Applications

Unleashing Efficiency and Reliability in Automotive SoCs with DrMOS

AFC Enables Compact, Multi-Channel Linear LED Drivers

Ultra-Compact AEC-Q100 Qualified Reference Design Saves Space without Compromising Efficiency

Smart Ideal Diode Controller Offers Robust Protection for Automotive Electronics

All-in-One USB Type-C Automotive Charging Port Solutions

Optimized for Tomorrow’s Automotive LED Lighting Applications

New Simulation Methods Dramatically Shrink Engineering Time and Risk

Proven Ways to Improve EMC in Your Power Converter Design

Meet Our Rigorous ISO26262-Compliant Functional Safety Product Development Process

Compact Converters Tailor-Made for Tomorrow’s Automotive Applications

Automotive-Grade LED Driver with 16 Channels and 10 Configurable Addresses

The MPQ3367 is a 6-channel boost WLED driver with a wide 15000:1 dimming ratio.

The MPQ7200 is ideal for use in high and low beams, daytime running lights, fog lights, and rear lights, the MPQ7200 comes in a tiny 3mmx4mm QFN package

Learn 5 tips for how spread spectrum can help your automotive design meet strict EMC requirements

MPS's DC/DC wireless charging solutions, with excellent charge capability and high temperature ratings..

Meet the MPQ8875A: A configurable buck-boost converter with integrated FETs and an I2C interface offering the next generation of power management for automotive applications.

Learn how the MPS Smart Motors and eMotion line of brushless DC motor control components can benefit a variety of motion control systems.

The MPS engineering team is working with MIT and others on an open-source project to apply our expertise in motor controls

Emergency ventilators and help supplement limited medical resources as part of the fight against COVID-19.

Learn how to design an LLC converter, including the inductor and transformer, using MPS's LLC Design Tool.

See how we achieve prevision with this linear actuator. Learn about auto-tuning a motor and see its repeatability of movement.

Learn about front-end performance for wireless power. See the advantages of the MPQ4280 and how it compares with competitors.

Learn how to design a buck-boost for cold crank conditions.

Overview of MPS position sensors and current sensors.

Learn about the key components for designing a flyback converter for PoE.

Learn how to design a 2-layer PCB that will pass automotive EMC and can effectively dissipate heat.

This webinar, will showcase the highest power density solutions on the market. And, explore the many key benefits of these fully integrated power modules.

See how MPS high-power solutions, including drivers and the digital controller for a totem-pole PFC design, apply to an AC power supply.

Magnetic sensing plays a pivotal role in modern technology by reducing system size and cost while enhancing performance in position and current sensing...

When selecting a bridge driver for motor applications or inductive loads...

In this webinar, learn about MPS’s advancements in multi-output power modules that are...

In this webinar, we will dive into the different types of PFC circuits and their control...

As autonomous vehicles around the world progress in automation levels...

An MPS ideal diode controller offers a versatile solution that can substitute a power diode...

In this webinar, learn about the fundamental topics essential for grasping the concepts of EMC and Power Electronics.

Discover critical current loops in half-bridge topologies, optimize Buck converter layouts with practical examples, and debunk power electronics myths.

Learn about wide-bandgap semiconductor conditioning of voltage and current probing, the impact of parasitics on high-voltage measurements, and the effects of interconnections on measured signals.

Learn practical strategies for troubleshooting EMI/EMC conducted emissions in electronic circuits using advanced scopes with LISN, voltage probes, and near-field probes to analyze signals in both time and frequency domains, demonstrated through an MPS DC/DC converter.

In this webinar, learn about the fundamental topics essential for grasping the concepts of EMC and Power Electronics.

Discover the impacts, benefits, and limitations of frequency spread spectrum (FSS) technologies and their impact on the EMI spectrum of an SMPS.

Learn about the significance of Switched-Mode Power Supplies in modern electronics, the importance of selecting appropriate oscilloscope tools for accurate measurements, and an overview of AC/DC SMPS measurements.

Learn practical strategies for troubleshooting EMI/EMC conducted emissions in electronic circuits using advanced scopes with LISN, voltage probes, and near-field probes to analyze signals in both time and frequency domains, demonstrated through an MPS DC/DC converter.

In this webinar, learn about the signal path of a generic MPS Axign enabled Class-D amplifier solution.

In this webinar, learn about the MPS Axign technology which allows designers to make high-order feedback loops that suppress distortion and noise.

In this webinar, learn about the use of MPS power modules using COT control to power FPGA high-current rails, including an introduction to multi-phase COT control, a comparison to current-mode control, an overview of the benefits and drawbacks of each control method, and some design best practices.

In this webinar, learn how to select an inductor according to the system requirements in a practical example using an MPS DC/DC buck converter. This discussion will cover the selection process and balancing the priorities of cost, size, and performance.

In this webinar, learn about the advanced driver-assistance systems (ADAS) market and the various challenges and opportunities in powering automotive systems-on-chip (SoCs).

The green energy revolution is driving massive change in the field of power electronics for high power conversion as silicon carbide (SiC) becomes more ubiquitous in designs such as charging stations, energy storage solutions (ESS), traction inverters, and onboard chargers.

In this webinar, learn why power factor correction (PFC) is needed and how to implement it, followed by an introduction to LLC converters and MPS solutions for both architectures.

In this webinar learn how to choose the right stepper motor driver for your application.

In this webinar, learn about key considerations when designing Battery Management Systems. This discussion will go into detail about optimizing SoC accuracy and cost by examining the role of battery monitors & protectors, and fuel gauges.

Replacing an optical encoder with a magnetic solution can save a considerable cost over a product’s design life. However, it comes with an upfront cost of time...

In this webinar, learn about thermal transient behaviors and the theory and measurement methods to estimate thermal impedance...

As the automotive industry has gone through an electric vehicle revolution, power electronics have become paramount in the design of onboard chargers

With the rise of LED lighting technology in the automotive sector, yesterday’s bulky, single-function lights are being...

Advanced driver assistance systems (ADAS) and infotainment system-on-chips (SoCs)...

As the automotive industry has gone through an electric vehicle revolution...

As the automotive industry has gone through an electric vehicle revolution, power electronics have become...

In this webinar, learn the latest on the tradeoffs between increased resolution and bandwidth in position-sensing applications.

In this webinar learn about Electro Motive Force (EMF), it's impact on motion in a stepper motor, how to measure it, and how that measurement can provide feedback about the motion system.

It is essential to understand the electrical characteristics of inductors

During this on-demand EMC webinar, we share info about our Livonia

What difficulties and challenges do electronic designers face that prevent incorporating EMC into product development early enough?

This webinar will present the differences and similarities in approach when testing EMC in the design phase, compared to the testing required for market access.

Electromagnetic compatibility (EMC) can prove difficult for hardware engineers and project managers. The seminar will show test procedures and different test methods to reduce the risks of failing EMC testing just before the deadline for the start of series production.

EMI debugging, including localizing intermittent failures, can be frustrating without an appropriate strategy.

This webinar will cover: General guidelines for DC/DC EMC Troubleshooting and Example cases with MPS DC/DC Evaluation Boards

This webinar will cover: EMI Receivers vs. Spectrum Analyzers and Oscilloscope

Filters are important elements used to comply with conducted emissions in power electronics.

This webinar will cover: Measuring Bode, How to reduce the Hookup Harness, Examples of Bode Measurement and interpretation, Step Load Response, and Examples of Step Load Response and interpretation.

Power integrity (PI) is a hot topic for high-speed digital designers. The stack-up in the PCB, component layout and, decoupling/bypass network design are critical to avoid PI problems.

This webinar will cover: Study Methodology, Symmetrical Input Capacitors, Splitting Ground Planes, Copper under the Inductor, Shielded Inductor, and Extra Measurements with the Input Filter.

Learn how such accidental whirs and hums are created, tracing their source to the complex interaction of external transmission signals with board components and their layout.

Learn more on how to drive the gates of power MOSFETs. See how MOSFETs drive motors, but also see principles that will apply to other uses of power MOSFETs.

Automakers must design vehicles to thrive in a broad spectrum of environments, from snowy tundras to scorching deserts.

Learn more about the benefits and ease-of-use of MPS SpinAxis™

Selecting the optimal switching frequency for a power supply has a huge impact on its design – some designers prefer to go...