GaN Power Supplies & SiC Power Supplies
Explore our Gallium Nitride (GaN) power supply PCB solutions and Silicon Carbide (SiC) power supply PCB solutions. Discover the benefits of high efficiency, compact design, and superior thermal management in our detailed case studies.
gaN Power Supply PCB Solutions
GaN-based LLC Topology PD Charger PCB
Volume: 60*65*30 mm
Efficiency: 96.5% @ 220VAC
Advantages:
- High Efficiency: GaN devices’ low on-resistance and fast switching capabilities increase power conversion efficiency.
- Small Volume: GaN devices enable the LLC converter to operate at high frequencies, thus reducing the size of magnetic components.
- Good EMI Characteristics: The use of small-volume magnetic components at high frequencies can reduce radiated and conducted noise.
GaN-based 54V 10A Electric Scooter Charger PCB
Volume: 190*65*30 mm
Efficiency: 96.5% @ 220VAC
Advantages:
- Fanless, Natural Cooling: The high efficiency and low heat loss of GaN devices reduce the need for cooling.
- Lightweight: The reduction in material usage, especially for the cooling system’s materials.
- Integrable into the Vehicle Body, Space-Saving: The small volume allows the charger to be integrated into the scooter’s body, saving space.
GaN-based 24V 8.5A LED Lighting Power Supply PCB
Applicable Scenarios: Ultra-thin televisions, Industrial lighting
Volume: 330*25*15 mm
Efficiency: 96.2% @ 220VAC
Advantages:
- Fanless, Natural Cooling: Lower heat output allows for cooling without fans.
- Ultra-thin, Small Volume, Lightweight: Suitable for ultra-thin applications, easy to install and maintain.
SiC Power Supply PCB Solutions
SiC 1kW Outdoor Power Supply PCB
Volume: 140*100*40 mm
Conversion Efficiency: 94%
Advantages:
- Small Volume: SiC devices can operate stably at higher temperatures, reducing the volume of cooling elements.
- Lightweight: Reduction in cooling materials, thus reducing weight.
- Low Heat: High efficiency of SiC devices reduces heat generation.
3.3KW Electric Motorcycle On-board Charger PCB
Volume: 225*150*55 mm
Conversion Efficiency: 97%
Advantages:
- Small Volume, Lightweight: Enhances the portability and installation flexibility of the charger.
5KW Three-Phase Bridgeless PFC PCB
Applicable Scenarios: Industrial fans, Industrial pumps, Data center cooling systems
Volume: 225*150*55 mm
Conversion Efficiency: 98%
THD: ＜10%
Advantages:
- High Efficiency: High conversion efficiency reduces power losses.
- Small Volume, Lightweight: Facilitates integration in a variety of applications, enhancing overall system performance.
Coming soon
Solutions
- GaN Electric Motorcycle Bidirectional Charger
- Three-Phase Totem-Pole PFC Bidirectional Circuit
- On-Board Auxiliary DCDC System
- Bidirectional DCDC Converter for DC Charging Stations
- Na (Sodium) Battery Bidirectional Converter Power Supply
- AI Liquid-Cooled Titanium-Based Computing Power Supply
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