Power MOSFETs in Linear Mode: Design Tips, Thermal Risks & NXP Solutions
Learn How to Use Power MOSFETs in Linear Mode – Safely and Effectively! In this NXP Semiconductors quick learning session, we explain the critical considerations when using power MOSFETs in linear mode. Discover how to avoid thermal runaway, interpret safe operating area (SOA) curves, and select the right MOSFETs for demanding applications like hot-swap and soft-start. What You’ll Learn: What is linear mode and how it differs from switching mode How MOSFETs behave under different gate biases and temperatures The dangers of thermal instability and how to prevent failure How to read and apply SOA curves from datasheets Why modern MOSFETs are optimized for low resistance—and what that means for your design NXP’s specially designed MOSFETs for linear mode applications
Webinar: Driving Power MOSFETs
Trench MOSFETs and Safe Operation in Linear Mode - Part 1
Lecture 23: Three-Phase Inverters
Understanding MOSFET datasheets: Safe Operating Area (SOA)
Spirito Effect: Thermal Instability in Mosfet Transistors Operating in Linear Mode
Lecture 28: EMI Filters, Part 1
Lecture 27: Current-Mode Control
Designing Power MOSFET Circuits - Circuit Tips and Tricks
Power Electronics - Thermal Management and Heatsink Design
Understanding MOSFET datasheets: Current Ratings
Power Electronics WK3_2 MOSFET Turn On Characteristics
Push-Pull Output Stage - Your Signal Needs More Power - Simply Put
You Were Taught To Test MOSFET The WRONG WAY!! Why The Youtubers were all wrong
How and why to replace discrete MOSFETs with load switches
Flawless PCB design: RF rules of thumb - Part 1
Linear MOSFET and Its Use in Electronic Load
The importance of SOA
Miller Plateau effect within MOSFETs explained – a simple and intuitive approach
Understanding MOSFET safe operating area
