Power MOSFETs
Are MOSFETs and CMOS the Same? Key Differences Explained
MOSFET describes a transistor, while CMOS describes a circuit and fabrication approach built mainly from complementary N-channel and P-channel MOSFETs.
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Power MOSFETs
What Is a MOSFET? Types, Operation, and Key Specifications
Learn what a MOSFET is, how its gate controls current, how N-channel and P-channel devices differ, and which ratings matter in real circuits.
Power MOSFETs
How to Select a 650 V Superjunction MOSFET
A practical framework for balancing conduction loss, switching behavior, and thermal margin in offline power converters.
Automotive
Selecting MOSFET Voltage Margin for 48 V Automotive Loads
A structured way to select MOSFET voltage class for 48 V motors and actuators while accounting for real battery and inductive transients.
Diodes & Rectifiers
Preventing Thermal Runaway in Schottky Rectifier Designs
Understand the feedback between reverse leakage and junction temperature, then screen Schottky diodes against the real thermal environment.
SiC & GaN
GaN PCB Layout: Minimize the Loops That Limit Switching Performance
A practical layout sequence for reducing power-loop, gate-loop, and common-source inductance in fast GaN converters.
SiC & GaN
When to Use Negative Gate Bias with SiC MOSFETs
A system-level guide to deciding whether a SiC half bridge needs negative turn-off bias and how to implement it without overstressing the gate.
Power MOSFETs
Reading MOSFET Safe Operating Area for Hot-Swap Designs
Learn how to translate an inrush or fault event into an SOA operating point and verify that a MOSFET can survive linear-mode stress.