MPS has a whole family of isolated solutions that are pin-to-pin compatible with existing solutions on the market. These products are designed to be compliant with both UL1577 and VDE-0884 standards.
The family of isolated solutions is designed to meet the most stringent high-power requirements in harsh industrial and automotive applications. MPS’s isolated products use capacitive isolation to provide a robust solution with high CMTI and high immunity to magnetic noise, while minimizing supply current. These products are ideal for high-power applications, such as solar inverters, DC fast charging stations, on-board chargers, traction inverters, battery storage/wall power, uninterruptible power supplies (UPS), and PLCs among many other AC/DC and DC/AC conversion applications.
Isolated DC/DC Power Modules & Converters
Capacitive Isolation
- High reliability
- High isolation voltage
- Small solution size
Innovative Solutions
- High switching frequency up to 10MHz
- Totem Pole PFC controller
- Advanced protection features
Robust Solutions
- Supports isolation up to 5kV
- UL 1577 Certification
- AEC-Q100 Qualified Solutions
Product Offerings
- Isolated DC/DC Power Modules & Converters
- Isolated Gate Drivers
- Isolated Current Sensors
- Digital Isolators
- Digital Isolators with Power
- Controllers
Advantages
- Pin-to-pin compatible with existing solutions to alleviate supply shortages
- Wide driver bias range enables more flexibility wit FET selection (SiC, GaN, IGBT)
- Higher source and sink peak currents enable higher efficiency
- Supports various isolation requirements to maximize system safety level
- Industry-leading performance
Applications
- (DCFC) Charging Stations
- Energy Storage
- AC/DC, DC/AC Conversion Applications
- Solar Optimization
- Industrial Automation
- Motor Drives
- OBC
- Traction Inverter
- Uninterruptible Power Supplies (UPS)
- Server/Telecom PSUs
Webinar
Next Generation OBC Solutions for Electric Vehicles
MPS has created innovative resonant power supply solutions for biasing SiC power devices which have been critical in increasing power density, efficiency, and range of electric vehicles.
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