Analog Devices, Inc.

06/05/2026

The Analog Devices Cork City Marathon took over the streets of Cork on Sunday and what a day it was!

Congratulations to every runner and a sincere thank you to the volunteers who made the day possible. An incredible show of community spirit and we’re delighted to be part of it. Together, this year's event raised over €450,000 for charitable causes.. We'll see you at the finish line in 2027! 🏁

06/01/2026

Reliable timing is the foundation of modern electronics, and the Pierce oscillator plays a critical role in system synchronization which helps engineers design reliable circuits.

Dive into the step-by-step derivations that demystify critical transconductance and its physical significance in precision timing circuits: https://bit.ly/4uDZJF2

05/29/2026

The next generation of engineers has entered the building. Welcome to our 2026 North America intern class!

We are looking forward to a summer of hands-on learning, real-world engineering challenges, and meaningful career development alongside this impressive group of young professionals.

05/22/2026

As industrial automation complexity increases, functional safety becomes a key component in chip manufacturing.

Part 5 of our Functional Safety series explores how supervisory circuits, like voltage monitors and watchdog timers, help manufacturers to detect faults earlier and support aligning to IEC 61508 compliance. Discover how: https://bit.ly/4uinUIZ

05/07/2026

A control scheme in power supply can impact stability and design complexity. This article explores the advantages and disadvantages of integrating current-mode, voltage-mode, and hysteretic-mode controls into power supply ICs. To choose the right control scheme for your power design, read the article to learn more:

This compares three switch-mode power supply control schemes—current-mode control, voltage-mode control, and hysteretic-mode control —to guide engineers in selecting appropriate power supply ICs for their applications.

04/30/2026

Smaller, faster, more efficient power is helping to shape the future of electronics.

GaN FETs enable higher switching speeds and lower losses, but unlocking their full potential requires precise gate control and accurate measurement. Optimized drivers and advanced isolated probing techniques help reduce energy loss and improve reliability, enabling smarter power design that drives real-world impact.

Learn how:

This discusses the need for precise gate voltage control and accurate gate measurements when using gallium nitride field-effect transistors.

04/29/2026

Now in its 11th year, the Analog Devices Primary School Robotics Competition continues to bring together young minds from across Munster to explore STEM through hands-on learning.

From first build to final run, teams worked together to turn ideas into working robots. The focus stayed on collaboration and creativity throughout.

Congratulations to all participating teams, and to Knockanean National School on this year’s win!

04/16/2026

Hidden challenges can limit performance before they’re even visible.

As power designs push for smaller size and higher efficiency, parasitics can create “unseen” ringing ultimately driving noise, EMI issues, and reliability risks. By using the LTC3854, you’ll learn how properly designed snubber circuits effectively damp switching ringing and preserve efficiency even when layout optimization isn’t possible.

See how: https://bit.ly/4vEjldi

04/13/2026

Another in the books, and once again, our engineering teams proved that innovation thrives in collaboration.

From workshops exploring next-generation technologies to demos showcasing real-world applications, our people are advancing solutions that address critical challenges.

What resonates most isn't any single breakthrough. It's the collective momentum of hundreds of technical minds pushing boundaries together. 40+ years of this tradition, and the ideas keep getting bolder.