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- Stacking_factor abstract "The stacking factor is used in electrical transformer design. Since transformers are made up of metal sheets, almost always iron, they are laminated so they do not contact each other. This is done to reduce the intensity of eddy current losses in the core, while keeping a high flux carrying capacity. The lamination is not a ferro-magnetic material, therefore, when calculating the flux density of the iron core this must be taken into account. The stacking factor gives an approximate number to how much of the core is effective when calculating flux.Flux and Flux Density are related by area. The apparent area of the core is the measured area, where the lamination is included in the measurement. The effective area of the core is the area that actually affects the flux density calculation. The effective area can be found using the following relationship.Aeffective=ksAapparentThe stacking factor will always be less than 1, this is because a stacking factor of 1 means that there is no laminate on the metal sheets. From this equation one can also calculate the stacking factor through algebraic manipulation given that the effective area is known.The stacking factor is also known as the lamination factor or the space factor.The stacking factor is usually known before the actual manufacturing of the transformer since calculation after the transformer is assembled would be wrought with measurements errors. Therefore, information for any particular transformer should be collected directly from the manufacturer before performing any kind of test to avoid serious damage.".
- Stacking_factor wikiPageExternalLink laminated_cores_simulation.htm.
- Stacking_factor wikiPageID "37216173".
- Stacking_factor wikiPageLength "1845".
- Stacking_factor wikiPageOutDegree "7".
- Stacking_factor wikiPageRevisionID "597665955".
- Stacking_factor wikiPageWikiLink Algebraic.
- Stacking_factor wikiPageWikiLink Category:Transformers_(electrical).
- Stacking_factor wikiPageWikiLink Eddy_current.
- Stacking_factor wikiPageWikiLink Ferromagnetism.
- Stacking_factor wikiPageWikiLink Flux.
- Stacking_factor wikiPageWikiLink Lamination.
- Stacking_factor wikiPageWikiLink Transformer.
- Stacking_factor wikiPageWikiLinkText "Stacking factor".
- Stacking_factor wikiPageWikiLinkText "stacking factor".
- Stacking_factor wikiPageUsesTemplate Template:One_source.
- Stacking_factor wikiPageUsesTemplate Template:Refbegin.
- Stacking_factor wikiPageUsesTemplate Template:Refend.
- Stacking_factor subject Category:Transformers_(electrical).
- Stacking_factor type Component.
- Stacking_factor comment "The stacking factor is used in electrical transformer design. Since transformers are made up of metal sheets, almost always iron, they are laminated so they do not contact each other. This is done to reduce the intensity of eddy current losses in the core, while keeping a high flux carrying capacity. The lamination is not a ferro-magnetic material, therefore, when calculating the flux density of the iron core this must be taken into account.".
- Stacking_factor label "Stacking factor".
- Stacking_factor sameAs Q7595980.
- Stacking_factor sameAs معامل_الحزم.
- Stacking_factor sameAs m.0n52zc5.
- Stacking_factor sameAs Q7595980.
- Stacking_factor wasDerivedFrom Stacking_factor?oldid=597665955.
- Stacking_factor isPrimaryTopicOf Stacking_factor.