This blog is a place to learn about electronic systems design, from PCB design to simulation and verification, to manufacturability and manufacturing execution.

Learn more about electronic systems design.

Featured posts

Latest posts

A board design from AMD seen in Siemens software

Verification and optimization of power delivery networks for AMD Versal devices

While ensuring stable power delivery is paramount, overengineering power delivery networks (PDNs) can negatively impact product costs and time-to-market.

Abstract image of a spine with PCB traces on top.

The invisible backbone of electronics: Why impedance matters more than you think

beneath the surface of every high-performance circuit lies an unsung champion: Impedance (Z).

An image of farm silos with some abstract "data" flow on top.

Connected design workflows with user-friendly tools: Eliminating data silos to accelerate innovation

The key to accelerated, sustainable PCB design innovation? Connected design workflows powered by intuitive, user-friendly tools. 

An illustration of a human brain.

How to drive routing automation with human intelligence

Routing automation is fast, but automated decisions can sometimes miss critical design intent. Human expertise is precise, but hand routing can be slow and repetitive.

An image of a bridge with an abstract illustration of PCB traces on top.

Connected electronics ecosystem: Building bridges across design domains

A connected electronics ecosystem ensures t that design domains like electrical, mechanical, software, manufacturing, don’t just exist in their own siloed worlds.

An image of a printed circuit board.

How effective is decoupling capacitance in power distribution networks?

The power distribution network (PDN) is especially important as devices can draw immense current leading to unwanted voltage drops at power supply pins, compromising device operation and reliability.

An abstract picture of cloud security.

Keeping your IP safe in a connected world

Protecting electronic design IP isn’t just about having the right tools—it’s about cultivating a mindset across your organization.

copper thickness in PCBs

Copper thickness: Closing the knowledge gap to design success

Copper thickness determination of rolled and electro-deposited (ED) copper foil by weight provides far more accuracy than contact-thickness gauges. Since the topography of treated foil varies greatly, and since the density of copper is known, weighing a 1-by-1 foot sheet is the best way to determine the average thickness of a sheet of copper.  So formally, the unit that we refer to as “ounces” is actually ounces per square foot.

An engineer using PartQuest Design Enablement software

Extending design left with PartQuest Design Enablement

Engineering begins before ECAD Traditional electronics design divides component research and tool-based design execution into separate stages. Engineers typically research…