All About Circuits

09/02/2026

Our team is headed to embedded World North America!

From September 22–24 in Anaheim, California, three members of the All About Circuits team will be there to connect with engineers, explore the latest developments in embedded technology, and hear from industry leaders shaping the future of the industry.

We’re looking forward to meeting with innovators, discovering new technologies, and bringing the latest insights from the show floor back to our community.

We hope to see you there.

Learn more about embedded world and how you can book a meeting with us 👇️
🔗 https://www.eetech.com/events/embedded-world-north-america

09/02/2026

Hardware teams are shipping faster and under more scrutiny than ever — but the systems meant to support them haven't kept up. Altium, a global leader in electronic design, recently acquired Duro, a company reinventing Product Lifecycle Management (PLM) to be AI-native, API-first, and programmable.

Join a panel discussion led by Altium and Duro executives, in conversation with two Altium customers, about the changing world of hardware design and testing.

Register now 👇️
🗓️ Wed, Sep 09, 2026 · 12:00 PM EST
🔗 https://www.bigmarker.com/eetech-media/connecting-procurement-engineering-and-lifecycle-strategy-in-a-cloud-native-world

09/01/2026

ROHM Semiconductor's second-generation resonant tunneling diode oscillator reaches 40 µW maximum output in the same package as gen 1.

Rohm’s second-generation resonant tunneling diode oscillator reaches 40 µW maximum output in the same package as gen 1.

09/01/2026

Regulations are changing fast, and Minnesota's PFAS deadline shows the pressure manufacturers face. Whether it's PFAS, rollup requirements, or the next regulation, get answers faster and reduce risk.

Register now 👇️
🗓️ Tue, Sep 15, 2026 · 12:00 PM EST
🔗 https://www.bigmarker.com/eetech-media/the-compliance-clock-is-ticking-from-minnesota-pfas-reporting-to-defensible-action?utm_bmcr_source=AACWeekly

08/31/2026

Cyber resilience is becoming a core requirement for networked electronics—driven by growing connectivity, new regulations such as the Cyber Resilience Act, and increasing security pressures in the industrial, automotive, and energy sectors.

From November 10–13, 2026, at electronica in Munich, see how resilient electronics—from components to systems—is becoming a reality and how the industry is turning this into a strategic competitive advantage.

🎟️ Book your trade show ticket
🔗 https://electronica.de/en/trade-fair/focus-topics/cyber-resilience/

08/31/2026

Industry leaders used FMS 2026 to introduce a suite of new memory advancements, from denser QLC NAND to 16,000 MT/s DDR5.

Read the full article 👇️
🔗 https://www.allaboutcircuits.com/news/memorable-memory-5-highlights-from-future-of-memory-storage-show/

08/30/2026

Simplifying a digital circuit can mean fewer gates, less power consumption, lower cost, and faster operation. ⚡

Explore practical examples of using Boolean algebra to simplify logic circuits and see how complex expressions can be reduced while maintaining the same function.

🔗 Read more:

Read about Circuit Simplification Examples (Boolean Algebra) in our free Electronics Textbook

08/29/2026

Direct current is the flow of electrically charged particles in one unchanging direction. DC is more practical than AC in many applications and is found in smartphones, TVs, cars (including EVs), battery-powered devices, photovoltaic solar cells, and much more.

Read more about it here 👇️
🔗

Learn the basic concepts of electricity, direct current (DC), Ohm's Law, electrical safety are more.

08/28/2026

The controller, PHY, security, and verification IP support 128 GT/s links and target rack-scale memory pools exceeding 100 TB.

The controller, PHY, security, and verification IP support 128 GT/s links and target rack-scale memory pools exceeding 100 TB.

08/28/2026

Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and component footprint.

Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and component footprint.