GaN Power

GaN enables greater power density with more power for the same space, but these technologies add new challenges and requirements to provide fast overcurrent protected systems and robust operation. Analog Devices enables GaN power solutions that simplify the design process, reduce time-to-market, and provide system-level energy-efficient performance.

Featured Products

LTC7892

Low IQ 100V sync boost controller

LTC7893

100V Low IQ, Synchronous Boost Controller for GaN FETs

LTC7890

Low IQ, Dual, 2-Phase Synchronous Step-Down Controller for GaN FETs

LTC7891

100 V, Low IQ, Synchronous Step-Down Controller for GaN FETs

LT8418

100V Half-Bridge GaN Driver with Smart Integrated Bootstrap Switch

Additional Resources

Webinar – Maximum Efficiency and Power: GaN

Compact and efficient power solutions are essential to offset increasing power demands across all sectors. This webinar showcases how EPC’s cutting edge GaN technology coupled with Analog Devices’ GaN controllers and drivers deliver new benchmarks in high-performance power conversion.

Designing with GaN: Overcoming challenges in power management

This webinar will help successfully integrate GaN power products into your next design. Learn about the key benefits of GaN technology and its applications in modern power systems, the design challenges engineers face when implementing GaN solutions, and proven strategies and tools to optimize your designs for maximum efficiency and reliability.

Can You Drive GaNFETs with a DC-to-DC Controller Originally Designed for Silicon MOSFETs?

How can I design a 4-switch buck-boost DC-to-DC converter using GaNFETs when there are no controllers specifically made to drive GaNFETs available? Learn how gallium nitride field effect transistor (GaNFET) power devices have become an ideal candidate to push these boundaries.

Unlock GaN's Benefits with ADI's Half-Bridge GaN FET Gate Driver

Learn about how ADI's LT8418 100V Half-Bridge GaN Driver with Smart Integrated Bootstrap Switch offers robust and reliable control of GaN FETs. The smart integrated bootstrap switch generates a balanced bootstrap voltage from VCC with a minimum dropout voltage to reduce the chance of gate damage to the GaN power switch.