Automotive Electronics On-Board Charger (OBC) Automotive DC-DC Converter Automotive Lighting DC-DC Converter Body Domain Controller Electronic Power Steering (EPS) Electronic Water Pumps & Electronic Oil Pumps & Fan Drivers PTC Heater High-Voltage Electric Compressor (HVAC)
Power Supplies for Data Center AIDC Data Center AC-DC Converter DC-DC Converter
Consumer Electronics PD Chargers & Adapters TV Power Supply Printer System Power Tools
Industrial Applications Battery Formation and Testing PV Micro-inverters Residential Energy Storage Inverters String PV Inverters Industrial Power Supplies Charging Pile Power Modules
Household Appliances Vacuum Cleaners Refrigerator Compressors Fan Drivers
Communication Technology Communication Power Supplies DC-DC Converters



High Conversion EfficiencyThe overall efficiency of the device can reach 94%-95%. Going forward, energy loss can be reduced and efficiency further improved through topological structure optimization and the adoption of third-generation semiconductor materials such as SiC MOSFETs and GaN devices.
High Power Density & Lightweight DesignThe typical power density of OBCs ranges from 3.5kW/L to 4.5kW/L. This can be increased to 6kW/L via topological structure optimization and high-frequency control. This design saves chassis space and reduces the overall weight of the device, which in turn indirectly extends the vehicle’s driving range.
Bidirectional Charging & DischargingIt supports bidirectional energy flow, enabling vehicle-to-grid (V2G) and vehicle-to-home (V2H) power supply, thus improving energy utilization efficiency.

OSG65R019H4T3ZFUltra-low internal resistance enables higher power conversion efficiency

OSQ65R055H4T3NF_NB0V Turn-off, SiC Compatible with General-Purpose Driver Chips

SFS08R023UGSCNFUltra-low thermal resistance meets the demand for higher power density

On-Board Charger (OBC)High Power Density and Lightweight Design

PD Chargers & AdaptersUltimate Breakthroughs in Power and Efficiency, Currently Supporting the Maximum Specifications of the Mainstream PD3.0 Standard

Battery Formation and TestingFocuses on technological innovation in semiconductor devices
Quality PolicyContinuously provide customers with the most valuable products and services
Quality ManagementContinuously improve product and service quality
Quality StatementMeet customer needs, exceed customer expectations, and achieve win-win cooperation, coexistence and long-term development with customers



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