EN FR
Products
Capacitors
Capacitors
Aluminum Electrolytic Capacitors Ceramic Capacitors Film & Mica Capacitors Tantalum Capacitors Alcon Capacitors
See use cases
Custom
Designs
Magnetics
Magnetics
Transformers Inductors Magnetic Winding
See use cases
Custom
Designs
Ohmcraft Resistors
Ohmcraft Resistors
Surface Mount Resistors Leaded resistors Custom resistors
See use cases
Custom
Designs
Position Sensors
Position Sensors
Precision Potentiometers Optical Rotary Encoders
See use cases
Custom
Designs
SVM Bus bars
SVM Bus bars
Laminated bus bars Powder coated bus bars PVC molded bus bars
See use cases
Custom
Designs
Slip Rings & Rotary Joints
Slip Rings & Rotary Joints
Slip Rings Integrated Solutions
See use cases
Custom
Designs
Materials & Tuning Components
Materials & Tuning Components
Ferrite Materials Dielectric Resonators Microwave Tuning Elements Coaxial Resonators
See use cases
Custom
Designs
Filters
Filters
EMI-RFI filters EMC - TEMPEST - HEMP
See use cases
Custom
Designs
Micropen
Micropen
Markets
Aviation
Defense
Space
Medical
Rail
Industry
Energy
Aviation
Commercial Aircraft
eVTOL
Defense
Military Aircraft
Land equipment
Naval
Space
Satellites & Constellations
Launchers
Exploration
Medical
Medical Imaging
Medical disposables
Implantable device
External defibrillator
Rail
Rolling stock
Signalling
Industry
Test & Measurement
Industrial Electronics
Telecom Antennas
Industrial robots
Energy
Renewable energy
Oil & Gas
Group
About us
Quality certificates & Environment
Events
News
Technical Center
Catalogs
Q&A
Quality certificates
Technical Documentation
Careers
France
USA New York
USA Florida
Morocco
India Alcon
India SVM
Contact
Commercial request or technical support
Suppliers, press relations
Sales Network
Exxelia Sales Offices

Integrated Transformer + Inductor for DAB converter 5kVA 100kHz

Magnetics
|
Transformers
|
SMPS
Custom example
High power
product.thumbnail.alt Integrated Transformer + Inductor for DAB converter 5kVA 100kHz - Magnetics > Transformers > SMPS
  • Smart Magnetics solution : Integrated Magnetics Component for Dual Active Bridge
  • 240V – 300V DC >> 28V DC
  • 18µH Series inductance
  • 760µH Transformer self inductance
  • Size 7,2x7,2x4,6 cm, Mass 750 g
  • 21VA/cm3
  • Frequency
100Hz
  • Power
5kW
  • Inductance
18µH ~ 760µH
  • Weight
750g
Download Datasheet (04-2025)
@ CONTACT

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

  • 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
Would you like to ajust a little something?

Customize it

You may also be interested in

Dual Active Bridge Transformer

Dual Active Bridge Transformer
Magnetics
|
SMPS
Custom example
High power
Overmolded Cores Assembly (Inductors)

Overmolded Cores Assembly (Inductors)
Magnetics
|
Power Inductors
Custom example
Overmolded Cores Assembly (transformers)

Overmolded Cores Assembly (transformers)
Magnetics
|
SMPS
Custom example

Custom Design

Easy-way to create
Not boring but very quick...

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.
Still have questions ?
Can’t find the answer you’re looking for ? Please contact with our customer service.
Contact