Our Applications
Power Supply benefits with GaN Transistors
Higher efficiency:
GaN transistors have higher electron mobility compared to Silicon, resulting in higher switching speeds and lower losses.
Higher power density:
GaN transistors have a higher breakdown voltage, allowing for higher power density in smaller packages.
Improved thermal performance:
GaN transistors have a lower thermal resistance than Silicon, allowing for better heat dissipation.
Wide bandgap:
GaN has a wide bandgap, which allows for high breakdown voltage, high frequency operation and high temperature operation.
Cost-effective:
GaN transistors are becoming increasingly cost-competitive with Silicon, especially for high-power applications.
D-Class Audio Power Amplifier benefits with GaN Transistors
High efficiency:
GaN transistors have high switching speed and low conduction losses, leading to high amplifier efficiency and reduced heat generation.
Smaller size:
GaN transistors have smaller die size compared to traditional silicon transistors, allowing for more compact audio amplifier designs.
Higher power density:
GaN transistors can handle high voltage and current, enabling the design of high-power audio amplifiers in smaller form factors.
Improved sound quality:
GaN amplifiers have low distortion and noise levels, resulting in improved audio quality.
Wide bandwidth:
GaN transistors have fast switching speed, providing wide bandwidth and improved signal integrity.
Cost-effectiveness:
GaN technology is rapidly improving and becoming more cost-effective, making it a good alternative to traditional amplifier technologies.
HV Auxiliary PSU for HV AC/DC Power Supplies
The Auxiliary PSU features a 1700V SiC transistor integrated into its design, allowing it to be used in high voltage applications. It has two separate +5V offline outputs.
Bridgeless PFC + LLC ACDC PSU with GPIXV30DFN 1200V GaN mosfets.
Input voltage max 660VAC. Suitable with 3 phase AC network
Output power up to 2-3 kW
Board dimensions 184x123x55 mm
Here’s a link to 1200V GaN mosfet: http://GPIXV30DFN_to-be-uploaded.pdf (iganpower.com)
Synchronize rectification is made by GaN mosfets EPC2059
Here’s a link to EPC2059: http://EPC2059_datasheet.pdf (epc-co.com)
