Papers, Articles and Presentations

Learn from experts how to use and take advantage of GaN transistors in your systems.

Webinar: Comprehensive System Design with GaN

Boosting efficiency in fast-charge adapters

2021 Technology Predictions in Power Electronics

Webinar: Gate Driver Circuit Design for GaN Power Applic...

GaN Technology and The Renewable Energy World

A Modular Designed Three-phase High-efficiency High-powe...

WEBINAR: Class D Audio with GaN

GaN in Class-D Audio: Advantages with GaN Systems – A ...

GaN Semiconductors Qualification and Reliability: A Cust...

Advantages Of 100V GaN In 48V Applications

Simple Technique Measures Performance Of GaN-Based Power...

Efficiency Improvement of Motor Drive System by using a ...

6.78 MHz Wireless Power Transfer With Self-Resonant Coil...

Disruptive Power Electronics in Automotive EV

WEBINAR: What’s Driving GaN Semiconductor Mass Market ...

GaN Enables Efficient, Cost-Effective 800V EV Traction I...

WEBINAR: Thermal Management Guidelines for GaN Transisto...

Class-D Audio Whitepaper

Next Generation Smart Home That’s Available to Everyon...

WEBINAR: GaN Performance Advantage in Totem Pole PFC and...

Technologies of the Next Generation Smart Home

Power Loss Characterization and Modeling

Design Considerations for a GaN-Based High Frequency LLC...

Common Misconceptions About the MOSFET Body Diode

The 2020 Top Technology Trends In Power

Using MOSFET Controllers to Drive GaN E-HEMTs

GaN Technologies For Electric Vehicles

Optimal Design for High Frequency GaN-Based Totem Pole P...

WEBINAR: Simple Layout Steps for Maximizing GaN Design P...

Roadmap to the Future of Wireless Technology

Industry 4.0 Driving Innovation with Robotic Hardware

The Value of GaN HEMTs in 800V and Above Applications

Power Amplifier and Coil Design Optimization for Large A...

Why GaN E-HEMTs are a Power Designer’s Transistor of C...

Parasitics Optimization for GaN HEMTs in Conventional Ho...

Get Going with GaN

WEBINAR: The Effect of Dynamic On-State Resistance to Sy...

Applied GaN: Innovations in Energy Management Systems

Parasitic Capacitance Eqoss Loss Mechanism Calculations ...

A Full Power Emulation Platform for Evaluating Power Sem...

High-Power-Density 400VDC-19VDC LLC Solution with GaN HE...

Opportunities and Challenges of Gan HEMTs in ZVS Applica...

A Mathematical Guideline for Designing an AC-DC LLC Conv...

High power Constant Current Class EF2 GaN Power Amplifie...

Loss Distribution among Paralleled GaN HEMTs

System Level Considerations with GaN Power Switching

Opportunities and Design Considerations of GaN HEMTs in ...

A Full Power Emulation Platform for Evaluating Power Sem...

Parasitic Capacitance Eqoss Loss Mechanism, Calculation,...

High Efficiency, High Power PA Design for Wireless Power...

Highly Efficient High Power PA Design for Resonant WPT

New tools for driving GaN E-HEMT transistors

Comparison of GaN E-HEMTs versus SiC MOSFETs

A high power-density and high efficiency GaN HEMT power ...

Utilizing GaN transistors in 48V communications DC-DC co...

Critical transient processes of enhancement-mode GaN HEM...

A novel energy balanced variable frequency control

Variable-Switching-Frequency Variable-Phase-Shift Contro...

A Performance Comparison of GaN E-HEMTs versus SiC MOSFE...

A model-based buck-type active filter using proportional...

An E-mode GaN HEMTs based three-level bidirectional DC/D...

A Novel Power Inverter Design Using GaN Transistors

SiC and GaN vs. IGBTs: The Imminent Tug of War for Supre...

Integration or Optimization…Which Comes First?

Level 2 Onboard Charger with GaN Semiconductors Achieves...

Design consideration of gate driver circuits and PCB par...

Google Little Box Challenge Showcases GaN Power Element