Allegro MicroSystems

06/25/2026

Are position sensing challenges slowing down your traction inverter design?

You're not alone. It's one of the most common pain points we hear from engineers working on EV powertrains — and for good reason. Between SiC switching noise, high motor speeds, ASIL-D safety requirements, and shrinking board space, the position sensing loop is under pressure from every direction.

Join us and our partners at EV Training Days on June 30 at 2:00 PM ET for a practical, engineer-focused webinar:

Solving Position Sensing Challenges in Traction Inverter Design

We'll walk through the traction inverter at a system level, then break down the tradeoffs around:

🔹 Noise immunity in high-EMI environments
🔹 Accuracy and resolution at high speed and temperature
🔹 Functional safety and redundancy (ISO 26262)
🔹 Size, integration, and system cost

This is a real technical conversation — not a sales pitch.

👉 Save your spot: https://hubs.ly/Q04lDl0d0

06/24/2026

Thank you to everyone who joined Allegro MicroSystems, hosted by Arrow Electronics and TechOnline for our webinar on 800V AI Server Power Supply Topology Challenges.

We appreciated the opportunity to discuss emerging AI server power architectures, isolation challenges, and strategies for improving power density in next-generation designs.

Missed the session or want to watch again? Access the recording here: https://hubs.ly/Q04hhh1V0

06/23/2026

Robots are becoming smarter, faster, and more precise—but it all starts at the joint level.
Our latest white paper explores the sensors, motor drivers, and current sensing technologies that enable high-performance robotic motion and control.

📄 Download the white paper on Times:

This white paper explores the intricate world of robotic joint architecture, from the various types of robots and their joint complexities to the crucial

06/19/2026

From Idea to Real World Impact: Meet our Digital Team Lead

Meet the leader of our Innovation Business Unit's Digital Team, Florencia! She turns complex, next-gen concepts into Minimum Viable Products (MVPs) with speed and precision.

Meet the leader of our Innovation Business Unit's Digital Team, Florencia! She turns complex, next-gen concepts into Minimum Viable Products (MVPs) with speed and precision.
Her work spans the entire digital design process. A true developer, she’s passionate about integrating AI to boost efficiency for our engineering teams. When she's not in the digital world, she loves to unplug by hiking and camping.

Her work spans the entire digital design process. A true developer, she’s passionate about integrating AI to boost efficiency for our engineering teams. When she's not in the digital world, she loves to unplug by hiking and camping.
She says "Connection" perfectly describes our culture. Whether it's the tight-knit collaboration between our digital and analog teams, mentoring junior engineers, or the way everyone across the company is always willing to help solve a problem, the "One Allegro" spirit is very real here.

She says "Connection" perfectly describes our culture. Whether it's the tight-knit collaboration between our digital and analog teams, mentoring junior engineers, or the way everyone across the company is always willing to help solve a problem, the "One Allegro" spirit is very real here.

Interested in joining our team? Check out our current openings- https://bit.ly/3QiErhs

06/18/2026

Designing for EVs or power electronics? ⚡️ Current sensor accuracy comes down to two foundational pillars: Sensitivity and Offset Error.

Our latest blog breaks down how these errors behave across your measurement range so you can maximize system efficiency and safety.

Read the new article on our blog hub now: https://hubs.ly/Q04lZ2ms0

06/17/2026

Traction inverter design is getting harder. And position sensing is one of the toughest parts to get right.

SiC switching noise. 20,000+ RPM motor speeds. ASIL-D requirements. Shrinking board space. Every one of these puts pressure on the position sensing loop.

We're hosting a webinar in partnership with EV Training Days to dig into exactly that.

Solving Position Sensing Challenges in Traction Inverter Design
📅 June 30 | 🕐 2 PM EDT

We'll cover the four challenges that come up most in real customer conversations:
🔹 Noise immunity in high-EMI environments
🔹 Accuracy and resolution at high speed and temperature
🔹 Functional safety and redundancy (ISO 26262)
🔹 Size, integration, and system cost tradeoffs

No product pitch. Just a practical look at the tradeoffs shaping modern EV inverter design.

👉 Register here: https://hubs.ly/Q04lD6gj0

06/16/2026

1 day left.

AI server power architectures are evolving fast. So are the design challenges.

Join Allegro MicroSystems, Arrow Electronics and TechOnline for a deep dive into 800V power supply design challenges.

Register: https://hubs.ly/Q04hhbDz0

06/09/2026

Higher voltage. Tighter footprint. Stricter isolation. 800V AI server architectures aren't just about specs — they're a complete rethink of power design.

Anna Chiu and Tue Vu from Allegro MicroSystems are sharing how engineers are migrating through the complexity. Hosted by Arrow Electronics and TechOnline

Register: https://hubs.ly/Q04hhtxX0

06/08/2026

We're almost there. The team is ready, the demos are set, and I'm looking forward to a great few days in Nuremberg.

If you're heading to PCIM Europe this week and haven’t yet reserved time with us, I’d encourage you to stop by our booth and speak with one of our engineers. It’s a great opportunity to connect in person and learn more about what Allegro has been building. Hope to see you at Hall 4A, Booth 207.

06/08/2026

Collaboration fuels innovation.
We're proud to partner with RAM Innovations to help advance high-density GaN power modules. By combining Allegro's AHV85110 self-powered isolated gate driver with RAM's Embedded Die Packaging technology, we're enabling more compact, efficient, and reliable power solutions for next-generation automotive and industrial applications.

Read how we're redefining high-density power design ➡️ https://bit.ly/4eaXi5M