Magnetics

Why does your inductor run hot? 🔥

You designed for efficiency.
You optimized your layout.
You picked a cost-effective core.

So where’s all that heat coming from?

The traditional approach:
For high‑frequency, low‑bias designs, ferrites remain an excellent choice. But when DC bias and current density dominate, distributed‑gap powder cores provide a clear advantage.

More loss → more heat → more problems.

Rising temperatures shorten component life, force bulky heat sinks into your design, and can even send you back to the layout stage.

The Magnetics Difference:
Magnetics powder cores are engineered to stay cool when conditions get tough.
✔ Low loss under DC bias
✔ Excellent thermal stability
✔ Efficient performance without oversizing

That means cooler operation, longer life, and simpler thermal management. Which allows your design to work with you, not against you.

Ready to turn down the heat?

Magnetics is heading to APEC Applied Power Electronics Conference and Exposition!

Join us at Booth #1329 in San Antonio, TX, on March 23-25th! to check out our latest products and shapes, and chat with us about what’s coming next.

Our team of knowledgeable sales and engineering professionals will be there to discuss how Magnetics' powder cores, ferrite cores, and tape wound cores can support your next project. Whether you're designing something new or optimizing an existing solution, we’re here to help.

Looking forward to connecting in San Antonio!

🎄 Wishing our customers, partners, and colleagues a happy holiday season!

We’re grateful for another great year and enjoyed celebrating together at our holiday luncheon. Thank you to our teams around the world who make what we do possible! As we wrap up the year, please note that Magnetics will be closed Wednesday, December 24 and Thursday, December 25 in observance of the Christmas holiday, as well as January 1 for New Year’s Day.

We wish you a joyful holiday season and a happy, healthy New Year!