Mastering the Bend: Essential Tips & Tricks for Rigid-Flex PCB Design

Mastering the bend: Essential tips & tricks for rigid-flex PCB design

Getting rigid-flex PCB design right requires a little know-how. To help you navigate the exciting world of bendable electronics, I’ve put together some essential tips and tricks.

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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).

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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.

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Understanding the impact of hatched ground planes on PCB impedance

Hatched ground planes can be employed and present an interesting alternative with specific implications for impedance control.

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Remote collaboration in electronic systems design: How teams are building the future… from anywhere

Remote collaboration in ESD is no longer a stopgap nor isn’t just feasible. It’s a strategic shift. It’s a smarter, scalable way to build the future.

3D of a PCB

PCB high voltage spacing: What every engineer should know

At the heart of high-voltage PCB reliability is proper PCB high voltage spacing between conductive elements.

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Beyond silos: Enabling multidomain and multidiscipline integration in electronic systems design

Engineering success depends not just on deep expertise, but on seamless integration across domains and disciplines.

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Design for manufacturing output files – optimizing engineering to manufacturing efficiency

As PCB design and manufacturing become increasingly complex, the choice of design for manufacturing output files plays a crucial role in streamlining processes, reducing errors, and improving time to market.

blind and buried vias

Blind and buried vias: An HDI technology

One of the key innovations within HDI PCB design is the use of blind and buried vias, which enhance routing capabilities by freeing up additional routing resources, increasing the amount of routing channels while requiring fewer signal layers, and optimizing board space.