KVA calculation methods for accurately sizing single and three-phase transformers based on load voltage and current.
Calculating for KVA in Single and Three Phase Trafos
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transformers
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QML by Technology Flow Qualification
QML developments and custom magnetics for aerospace by FLUX using ESCC3201/013 are highlighted in this webinar.
Flux receives ESA Qualified Manufacturer Certificate 364
Flux is ESA-qualified for custom magnetics under ESCC3201/013, ensuring high reliability for Space applications.
Pulse transformers and more reliable wired LANs
Pulse transformers ensure reliable LAN connectivity by transmitting signals while providing isolation and minimizing waveform distortion.
Solenoids and transformers: Principles and applications
This article provides an in-depth exploration of these fundamental electromagnetic components: solenoids and transformers, detailing their structures, operating principles, types, and applications.
Inner works of a transformer: A simulation-based analysis
In this video, prof. Sam Ben-Yaakov thoroughly examines the inner transformer process to understand how the transformer works in detail.
Inductor core materials and their losses
Examine the inductor core, its materials, losses, and factors affecting performance in magnetic field applications.
Skin and proximity losses as key impact factors of transformer and inductor winding losses
Proximity losses in transformers occur from magnetic interactions between windings, reducing efficiency and needing proper insulation.
Magnetic induction, magnetic flux and Faraday’s law
This article provides a detailed overview of fundamental magnetic principles, focusing on magnetic induction, magnetic flux, and Faraday’s law.