All About Circuits

Latest Layout Industry Articles

Categories

How SoC Integration Impacts SMT Assembly Yield

How SoC Integration Impacts SMT Assembly Yield

Learn how SoC integration impacts SMT assembly yield, from fine-pitch BGA challenges and package warpage to reflow profiling and inspection strategies.


SoC Evaluation Boards Evolve to Meet New Design Complexities

SoC Evaluation Boards Evolve to Meet New Design Complexities

Modern SoC Evaluation Boards demand high-performance design, SI/PI, and system validation. Faraday offers 3 flexible service levels to meet these complexities.


Decisions Ahead for the Next Generation of Advanced Packaging

Decisions Ahead for the Next Generation of Advanced Packaging

Advanced packaging is at a crossroads due to AI demand. Learn the four emerging paths—CoWoS, CoPoS, glass-core, and CoWoP—and how to choose the right one for your multi-die system design.


Breaking Down 50 Million Pins: A Smarter Way to Design 3D IC Packages

Breaking Down 50 Million Pins: A Smarter Way to Design 3D IC Packages

The shift to 3D ICs and chiplets demands automated, hierarchical design planning to manage exploding pin counts. Learn how Siemens EDA's Innovator3D IC addresses these challenges.


Common Antenna Integration Challenges and How to Handle Them

Common Antenna Integration Challenges and How to Handle Them

The design of RF systems requires engineers to face complex challenges. Learn how automated tools augmented with AI are becoming available to help with this.


Why 90% of Component Compliance Issues Are Preventable (And How To Stop Them)

Why 90% of Component Compliance Issues Are Preventable (And How To Stop Them)

In today's rapidly evolving aerospace and defense landscape, component engineers face an unprecedented challenge: ensuring every part they specify meets stringent compliance requirements while maintaining mission readiness and program viability.


AI’s Appetite for Memory: Can Hardware Designs Keep Pace?

AI’s Appetite for Memory: Can Hardware Designs Keep Pace?

Memory selection has become a priority, as AI system designs demand more memory. Learn how to navigate hardware designs impacts and supply chain issues, and how BOM management tools help smooth the way.


Designing Wearable Injectors: Low Power Meets Circuit Protection

Designing Wearable Injectors: Low Power Meets Circuit Protection

Learn how to optimize performance, safety, and battery life in 24/7 drug delivery systems using smart sensing and protection components.


Designing Next-Gen Smart Meters That Outsmart Electrical Hazards

Designing Next-Gen Smart Meters That Outsmart Electrical Hazards

Smart meters should be designed to avoid damaging electrical transients. Learn how to make use of the right circuit protection, sensing, and power control components to improve your meter design.


The Good and Bad of Grounded Copper Pour: The EMC Perspective

The Good and Bad of Grounded Copper Pour: The EMC Perspective

In PCB design, using grounded copper pour can be a double-edged sword. Learn how to make smart design decisions on balancing copper layers, preventing dead copper issues, and enhancing PCB performance.


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.


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.


Selecting a MOSFET for Buck-Boost DC-DC Converters in Car USB PD Designs

Selecting a MOSFET for Buck-Boost DC-DC Converters in Car USB PD Designs

Selecting the right power MOSFET for your DC-DC converter can improve efficiency and minimize heating. Learn the tradeoffs associated with MOSFET on-resistance and gate charge for an H-bridge buck-boost DC-DC converter design.


Developing Thermal Design Guidelines for Power MOSFETs in a Chassis

Developing Thermal Design Guidelines for Power MOSFETs in a Chassis

Detailed simulations of the thermal behavior of MOSFETs in a closed chassis allow the development of guidelines for improving system design for MOSFET placement in conjunction with the use of fans, grills, and heatsinks.


Understanding and Minimizing Switching Noise Jitter (SNJ)

Understanding and Minimizing Switching Noise Jitter (SNJ)

Switching noise jitter (SNJ) is an important concept to digest and a tricky problem to manage. Learn the background of SNJ and how employing innovative filtering technology can smooth the way.


PCB Stackup Basics and Using Fusion 360’s Stackup Manager

PCB Stackup Basics and Using Fusion 360’s Stackup Manager

The way your PCB’s layers are arranged has huge implications for the board’s efficiency. Learn the basics of PCB stackups, and how Fusion 360’s stackup tool helps manage your PCB’s layering strategy.


Learn the Fundamentals of CAM: Manufacturing Your PCB

Learn the Fundamentals of CAM: Manufacturing Your PCB

Computer-aided manufacturing (CAM) is a critical part of modern electronics production. It’s helpful to understand the process and how advanced CAM processing tools enable a smooth transition to the production phase.