Matches in DBpedia 2014 for { <http://dbpedia.org/resource/Star-mesh_transform> ?p ?o. }
Showing items 1 to 26 of
26
with 100 items per page.
- Star-mesh_transform abstract "The star-mesh transform (or star-polygon transform) is a mathematical circuit analysis technique to transform a resistive network into an equivalent network with one less node. The equivalence follows from the Schur complement identity applied to the Kirchhoff matrix of the network.Given the impedances between the star node (to be eliminated) and N other nodes, the transform yields equivalent impedances between these other nodes:The transform replaces N resistors with resistors. For , the result is an increase in the number of resistors, so the transform has no general inverse without additional constraints. It is possible, though not necessarily efficient, to transform an arbitrarily complex two-terminal resistive network into a single equivalent resistor by repeatedly applying the star-mesh transform to eliminate each non-terminal node.".
- Star-mesh_transform thumbnail Star-mesh_transform.svg?width=300.
- Star-mesh_transform wikiPageID "34608273".
- Star-mesh_transform wikiPageRevisionID "601929500".
- Star-mesh_transform hasPhotoCollection Star-mesh_transform.
- Star-mesh_transform subject Category:Circuit_theorems.
- Star-mesh_transform subject Category:Electrical_circuits.
- Star-mesh_transform subject Category:Transforms.
- Star-mesh_transform type Artifact100021939.
- Star-mesh_transform type Circuit103033362.
- Star-mesh_transform type Device103183080.
- Star-mesh_transform type ElectricalCircuits.
- Star-mesh_transform type ElectricalDevice103269401.
- Star-mesh_transform type Instrumentality103575240.
- Star-mesh_transform type Object100002684.
- Star-mesh_transform type PhysicalEntity100001930.
- Star-mesh_transform type Whole100003553.
- Star-mesh_transform comment "The star-mesh transform (or star-polygon transform) is a mathematical circuit analysis technique to transform a resistive network into an equivalent network with one less node. The equivalence follows from the Schur complement identity applied to the Kirchhoff matrix of the network.Given the impedances between the star node (to be eliminated) and N other nodes, the transform yields equivalent impedances between these other nodes:The transform replaces N resistors with resistors.".
- Star-mesh_transform label "Star-mesh transform".
- Star-mesh_transform sameAs m.0j26d4c.
- Star-mesh_transform sameAs Q7600520.
- Star-mesh_transform sameAs Q7600520.
- Star-mesh_transform sameAs Star-mesh_transform.
- Star-mesh_transform wasDerivedFrom Star-mesh_transform?oldid=601929500.
- Star-mesh_transform depiction Star-mesh_transform.svg.
- Star-mesh_transform isPrimaryTopicOf Star-mesh_transform.
