Dual Active Bridge Transformer

Custom example
High power
product.thumbnail.alt Dual Active Bridge Transformer - Magnetics > Transformers > SMPS
  • Incorporates Series Inductors 10 µH
  • Size 40x40x40 mm, Mass 250 g
  • Height
40mm
  • Frequency
10kHz ~ 300kHz
  • Power
2kW

Combines an inductor and a transformer into a single ultra-compact/miniaturized, lightweight component, regardless of the inductance value, for a seamless integration.

 

  • High Power Applications (up to 300 kW)
  • High Frequency (10-500 kHz): fits next-generation semiconductors (SiC, GaN) : Enables compact, lightweight designs.    
  • High Efficiency: minimizing losses, achieving efficiencies above 99% even at high frequencies.
  • Lower Total cost of ownership: Ensuring straightforward integration and optimized system costs.
  • EMI Reduction: Enhances electromagnetic compatibility for reliable operation.
Compliance and certifications
certification
RoHS
certification
Custom Qualification Plan
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Frequently Asked Questions

Find answers to the most frequently asked questions about our products and services.
What is a transformer ?

A transformer’s function is to change the entry current/voltage level to another level while keeping the same power.

Electrical Functions

  • Voltage transformation : V1 → V2 
  • Isolation
  • Measurement

 

Example : 

SMPS Transformers : Flyback, Forward, Push Pull, Half Bridge, Full Bridge, Dual Active Bridge, LLC transformers.
Pulse Transformers

  • Gate Drive Transformers
  • Data Bus 1553

     

Current  Transformers

Multi Pulse Transformer for “400Hz” Power Supply 
50/60 Hz Transformer for Niche Markets
 

Why choose Exxelia's Smart Magnetic technology?
  • Miniaturization: Design smaller systems without sacrificing performance.
  • Thermal and loss management: Reduce losses and thus thermal to improve sustainability and efficiency.
  • Balancing Effectiveness and Cost: Finding cost-effective solutions while maximizing efficiency.
  • Guaranteeing an integrated component (choke + transformer), whatever the inductance value! : More compact + Better EMC performance.
  • Components with optimal performance: Efficiency >99% even at high frequency.
  • Products with controlled costs: Guaranteeing simpler integration favoring optimized system costs.
  • Offering better thermal management: Components designed to manage and dissipate heat efficiently.
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