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Developing a Smart FPGA Power Solution: A Modular Approach

Developing a Smart FPGA Power Solution: A Modular Approach

The task of powering FPGAs is full of complexities. Learn how a modular FPGA approach can enable you to meet tricky challenges including space constraints, voltage accuracy, power management, and integration.


How To Use SMT Adapter Modules for Advanced IC Package Transitioning

How To Use SMT Adapter Modules for Advanced IC Package Transitioning

Learn how surface-mount adapter evaluation modules (EVMs) help ease the transition to analog ICs with advanced package types.


A Guide to Effective Probe Selection for Low Noise Power Integrity Measurements

A Guide to Effective Probe Selection for Low Noise Power Integrity Measurements

To understand how to achieve the most accurate low-noise measurements, we will compare the noise performance of multiple probe solutions using a Rohde & Schwarz (R&S) MXO 5 series oscilloscope.


Applying IP Customization to Improve AI Chips: A Case Study

Applying IP Customization to Improve AI Chips: A Case Study

For your next chip design, should you select a design-services provider with the ability to create custom fundamental IP blocks, including standard cells and libraries? This article will help you answer this question.


Efficient Discrete Logic Implementation Using MCU Complex Logic Blocks

Efficient Discrete Logic Implementation Using MCU Complex Logic Blocks

Learn how the Configurable Logic Block (CLB) peripheral in the PIC16F13145 family of microcontrollers allows developers to implement complex discrete logic functions in hardware to reduce the Bill of Materials and develop custom application-specific logic.


Understanding the Benefits of Power-Focused Regression Testing

Understanding the Benefits of Power-Focused Regression Testing

By including power consumption measurement in your regression testing, you can ensure the reliability and efficiency of your IoT device design throughout its lifecycle.


Understanding How CXL 3.0 Links the Data Center Fabric

Understanding How CXL 3.0 Links the Data Center Fabric

The CXL data protocol is essential for meeting the interconnect needs of today’s data centers. Learn the key elements and benefits of this protocol, along with what’s new in CXL version 3.0.


You’ve Got the Power—Ensuring Interoperability for Power Over Ethernet Devices

You’ve Got the Power—Ensuring Interoperability for Power Over Ethernet Devices

Learn how the Ethernet Alliance Certified test plan and PoE certification can maximize your product success and help you avoid expensive recalls and post-launch redesigns.


The 10 Most Common EMC Challenges in a PCB Design

The 10 Most Common EMC Challenges in a PCB Design

Improve your PCB designs and avoid costly respins due to EMC test failures by learning some basic design techniques and applying modern EMC analysis software.


Performing Design for Manufacturing Checks on Gerber Files

Performing Design for Manufacturing Checks on Gerber Files

Avoid mistakes when exporting PCB files from your EDA tools into the Gerber format by understanding the translation process and using DFM tools.


Understanding Gerber Layers for PCBs and Stencils

Understanding Gerber Layers for PCBs and Stencils

Gerber layers don’t have to be a mystery. Knowing the names and purposes of each Gerber layer used in PCB manufacturing can improve your designs and ease communication with the board house.


Getting To Know the Gerber File Format and File Names

Getting To Know the Gerber File Format and File Names

Learn the details of the Gerber file format for PCB layout, including function, common layers, file names, extensions, and revisions to the Gerber standards.


Understanding How GMR Sensors Enhance Vehicle Performance and Safety

Understanding How GMR Sensors Enhance Vehicle Performance and Safety

Giant magnetoresistance (GMR) technology offers key advantages for a range of automotive applications. Learn how it works, how it compares to alternative approaches, and the types of GMR sensor solutions available.


Choosing the Best Wide Bandgap Technology for Your Application

Choosing the Best Wide Bandgap Technology for Your Application

Understanding the unique advantages provided by silicon carbide (SiC) and gallium nitride (GaN) can help you select the optimal technology to meet your products’ power, thermal, and size requirements.


Rigid-Flex vs. Traditional PCBs: Making the Right Choice

Rigid-Flex vs. Traditional PCBs: Making the Right Choice

The pros and cons of rigid-flex and traditional rigid PCBs will be compared to help you select the optimal technology for your next electronic system design.


How To Perform Fault Classification With an AI-Based Vibration Sensor Node

How To Perform Fault Classification With an AI-Based Vibration Sensor Node

Learn how to use edge AI technology to do predictive maintenance, leveraging machine learning, vibration sensors, and wireless connectivity.


Leveraging Advanced Microcontroller Features to Improve Industrial Fan Performance

Leveraging Advanced Microcontroller Features to Improve Industrial Fan Performance

Getting the most performance out of industrial fans can be a tricky task. In this article, learn how dedicated microcontroller features can smooth the way to implement advanced algorithms such as Field-Oriented Control (FOC).


Taming the Complexities of Designing Touchscreens for Next-Gen EV Chargers

Taming the Complexities of Designing Touchscreens for Next-Gen EV Chargers

Public touchscreen-based EV chargers are in high demand. Understand the electronic design challenges of EV charger touchscreens and the solutions available to smooth the way.


How To Reduce EMI in Switching-Converters When Spread Spectrum Is Not an Option

How To Reduce EMI in Switching-Converters When Spread Spectrum Is Not an Option

Learn five alternatives to spread spectrum for EMI mitigation in switched-mode power supplies: passive and active EMI filtering, slew rate control, advanced packaging, and PCB layout optimization.


Understanding Wi-Fi Design Choices: Wi-Fi 6/6E vs. Wi-Fi 7 and MLO

Understanding Wi-Fi Design Choices: Wi-Fi 6/6E vs. Wi-Fi 7 and MLO

Learn the optimal Wi-Fi version, flavor and configuration to select for your application—considering feature sets, costs, and power consumption. Get up to speed on MIMO, MU-MIMO, MU-OFDMA, and more.