Industry Perspectives

Reliable, Space Critical, High Energy Dense

01 May 2016

Fast charging and battery management systems for electric vehicles have become more popular as commuters rely on energy efficient options for transportation. With commuters moving away from flex-fuel based ethanol mixtures, electric vehicles are becoming more standardized and environmentally friendly. Standex-Meder Electronics has developed various products including planar transformers for use in eCars. The P560 and P900 series planar transformer with a combined 5kW-30kW power range have transformed the efficiency within inverters in fast charging units. Furthermore hi-current planar inductors can serve within the same efficient, low-profile packages.

· Download our "Planar Magnetics Design Guide"

· Design Your Custom Planar!

· Browse our Planar Transformers Design Examples

Partner, Solve, and Deliver®

For example, a manufacturer approached Standex-Meder with the challenge to provide a reduction in height of 50% from a traditional wire-wound transformer and create a custom solution that met their specifications. All this, while maintaining their footprint with higher efficiency and exceptional thermal management. The engineered custom solution included a planar transformer customized to fit their manufacturing and functional needs. Our custom and standard planar transformers serve a wide array of power ranges with low, medium, and high frequencies ideally suited for electric vehicle fast charging and battery management systems.

Benefits of Planar Technology vs. Wire-Wound

· Low package profile relative to wire-wound equivalent

· Low leakage inductance, extremely efficient high-frequency operation, 98-99% to 40 kHz – 500kHz

· Minimum skin effect/flat windings + reduced proximity effect (Low AC losses)

· Excellent repeatability thanks to pre-tooled components

· Easy termination of multiple windings

· Standard outlines compatible with application-specific custom designs

· Lend themselves to sophisticated and effective thermal management

· Volumetric efficiency (small size)

· Low turns count improves Cu loss

· Optimized core cross section lowers core loss

· Large core surface area promotes heat transfer

· Reliable PCB construction

To provide the best possible planar transformer and inductor information, please fill out our custom planar transformer and planar inductor request forms.



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