Total output power | 350kW |
Topology | Dual Active Bridge |
PSU output DC voltage and current | 200V-1400V @ 560A max |
Primary Inductance | 410µH ±25% |
Primary Voltage | 700V – 800V |
Primary winding current | 630A rms |
Secondary winding current | 560A rms |
Switching frequency | 50kHz |
Minimum bus voltage | 700V |
Maximum bus voltage | 800V |
Turns Ratio, Primary to Secondary | 6:4:4 |
Core Losses | 580W |
Winding Losses | 750W |
Maximum Efficiency | 99.4% |
Cooling | Baseplate and clamp |
Ambient temperature | -40°C +70°C |
Insulation test voltage | |
Primary to secondary | 2500V rms |
Primary to core | 2500V rms |
Secondary to core | 2500V rms |
Standard 1 | EN60950 |
Standard 2 | IEC62368 |
Introducing our high-power solution, a 350kW power supply unit designed for demanding applications. It features a Dual Active Bridge topology, ensuring exceptional performance and versatility.
This powerhouse offers a wide range of PSU output options, with DC voltage and current ranging from 200V to 1400V at a maximum of 560A. Its primary inductance of 410µH ±25% and primary voltage range of 700V to 800V make it adaptable to various power requirements.
With a primary winding current of 630A rms and secondary winding current of 560A rms, it delivers reliable power with precision. The switching frequency of 50kHz further enhances its efficiency.
Boasting an impressive 99.4% maximum efficiency, this unit minimizes energy losses. Its cooling system, featuring a baseplate and clamp, ensures optimal thermal management.
Operate confidently in a wide temperature range from -40°C to +70°C. Safety is paramount, with insulation test voltages exceeding industry standards, including 2500V rms between primary and secondary components.
Compliant with EN60950 and IEC62368 standards, it meets rigorous safety and performance criteria.
In summary, our high-power supply unit delivers exceptional performance and adaptability, making it the ideal choice for demanding applications. Count on its precision and reliability to meet your high-power needs while adhering to the highest safety and efficiency standards.