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Processing Solutions for High-Density PCBs

Processing Solutions for High-Density PCBs

Designers must consider processing temperatures, producibility, and solder joint integrity of every component as well as higher I/O connectors. This article looks at ways to enable smaller component footprints for high-density PCBs.


Designing Microelectronics Using Fusion 360

Designing Microelectronics Using Fusion 360

This article dives into how Fusion 360 can be used to produce smarter microelectronics.


How to Enable I2C on the OKdo E1 Board Using the NXP MCUXpresso IDE

How to Enable I2C on the OKdo E1 Board Using the NXP MCUXpresso IDE

In this article, learn how to enable I2C by allowing the LPC55S69 MCU on the E1 board to communicate with a Bosch BME280 environmental sensor present on the Microe Weather click module.


Overcoming the Challenges of Traditional  MCAD and ECAD

Overcoming the Challenges of Traditional MCAD and ECAD

MCAD and ECAD have inserted themselves into most design engineers' day-to-day work. Although familiar, both programs have come a long way and are continuing to evolve. In this article, learn the past and future of these design tools.


Enpirion PowerSoC Modules Integrate Nearly all Components Needed to Build a Power Supply

Enpirion PowerSoC Modules Integrate Nearly all Components Needed to Build a Power Supply

Intel Enpirion PowerSoC modules are DC-DC step-down converters that integrate nearly all the components needed to build a power supply without sacrificing performance or efficiency. These solutions are designed to meet strict FPGA, ASIC, and processor power requirements.


How to Get Started Quickly with the OKdo E1 Development Board

How to Get Started Quickly with the OKdo E1 Development Board

The OKdo E1 development board is only as wide as a coin but contains the LPC55S69 microcontroller, making it suitable for a variety of small production runs and prototypes. Here, get more familiar with the dev board and see how to use its evaluation kit.


Configuring a SparkFun Power Delivery Board using a FixturFab DEV260

Configuring a SparkFun Power Delivery Board using a FixturFab DEV260

The FixturFab DEV260 development fixture allows designers to debug or configure PCBAs during the development phase. See how it works in this example using the Sparkfun Power Delivery Board.


PCB Space Constraints? How Intermediate Bus Converters Can Help

PCB Space Constraints? How Intermediate Bus Converters Can Help

Intermediate Bus Architecture is an emerging method that power designers are using to conserve PCB space. This article discusses the solution benefits and tradeoffs of adopting this technique, and how it may be scaled to address application-specific requirements.


How to Select DC Power Connectors: The Basics

How to Select DC Power Connectors: The Basics

This article aims to simplify the DC power connector selection process with an overview of types, key specifications, and commonly accepted nomenclature, while also looking at audio and USB connectors in power applications.


How Semiconductor Manufacturing Benefits from Smart Fabs

How Semiconductor Manufacturing Benefits from Smart Fabs

Semiconductor manufacturing is a complex industry and small improvements anywhere in the process can make a big difference to the bottom line. This article discusses the benefits of continually optimizing manufacturing for the semiconductor industry by introducing smart manufacturing solutions.


Why CAD Models are Failing Professional Electrical Engineers

Why CAD Models are Failing Professional Electrical Engineers

In this article, Octopart's Director of Operations for Part Data Geof Lipman explores how traditional CAD modeling needs to change in order for electrical engineers to keep up with product design deadlines.


A Comparison of Reflow Soldering and Wave Soldering

A Comparison of Reflow Soldering and Wave Soldering

This article explores the differences between two primary forms of soldering — reflow and wave — by providing details around each type, including best uses for each method.


Advances in Temperature Measurement for Automotive Infotainment Systems

Advances in Temperature Measurement for Automotive Infotainment Systems

This article explores temperature monitoring in complex vehicle infotainment systems, focusing on design considerations around temperature accuracy and sensor placement in the car. 


How Software Automation in PCBA Manufacturing Helps Quicken Innovation

How Software Automation in PCBA Manufacturing Helps Quicken Innovation

Manufacturing still takes a large portion of time in the electrical engineering cycle. This article discusses how software-driven automation and the IIoT can help hasten the manufacturing process.


Determining Copper Trace Thickness in PCB Design

Determining Copper Trace Thickness in PCB Design

This article discusses the issues surrounding trace-width calculation and provides a solid foundation for designing your next high-current net.


The Importance of Advanced ERC in Circuit Design

The Importance of Advanced ERC in Circuit Design

This article introduces and explores advanced ERC, highlighting its differences from traditional ERC and discussing how it can help create better circuit designs.


Utilizing DC-DC Converters in Space-Critical Power System Applications

Utilizing DC-DC Converters in Space-Critical Power System Applications

Power system designers are constantly under pressure because they are tasked with developing highly adaptive solutions that comply with today’s operating environments without interrupting design-to-manufacture cycles.


Adding Custom Instructions to RISC-V to Boost Performance While Reducing Power and Code Density

Adding Custom Instructions to RISC-V to Boost Performance While Reducing Power and Code Density

The article discusses the benefits of a custom instruction for RISC-V and introduces the ACE framework.


Finding a Solution to Extend the Run-Time of a DSLR/DSLM Camera Design

Finding a Solution to Extend the Run-Time of a DSLR/DSLM Camera Design

This article presents the challenges of powering a digital camera and proposes a new design approach to save power while being more flexible.


Resolving the Signal Part 12: Reducing the Effects of Power-Supply Noise using Delta-Sigma ADCs

Resolving the Signal Part 12: Reducing the Effects of Power-Supply Noise using Delta-Sigma ADCs

In part 12 of Resolving the Signal, we look at a power-supply noise design example to discuss which supplies are most critical when trying to increase a system's PSR. From that example, we offer best practices to maintain low power-supply noise and debugging tips for a system's overall noise performance.