Engineers rely on judgment and shared knowledge. Porticos engineers gravitate towards some engineering elastomers that have proven themselves. Here are the favorites.
Let’s discuss simulations of high speed designs, including the tools available and what simulation techniques they offer.
Let’s address some of the common mistakes in high-speed PCB design so you can avoid them in your next project.
In this article, we will provide 4 tips to optimize for high speed design – including the “whys and hows” – so you can use them effectively in your next design.
Achieving success in high-speed design requires meticulous planning and thoughtful execution, as these complex layouts demand attention to every detail.
When it comes to routing high-speed signals, there are two main challenges that may require mitigation in the design: signal integrity and EMI (Electromagnetic Interference).
Low-cost, single-board microcontrollers, or Arduinos, have been widely used in physical product development.
From tiny sensors to complex industrial machines, firmware dictates how these embedded devices function.
Beyond the unexpected, Machine Health Monitoring can also inform long-term strategies and schedules for machine care.
Elastomers are the hard-working hero of many a product design. In this series of posts, we’re exploring the flexible properties and use cases for a range of
Inventing can be a great escape; a hobby that has potential for financial or personal rewards. So go forth and invent something new!
This post will navigate the choice between software, firmware, and RTOS (Real Time Operating Systems), shedding light on their respective roles and advantages in product development.
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