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- Q5186714 subject Q6455064.
- Q5186714 subject Q7468971.
- Q5186714 abstract "Critical field resistance is a term that is associated with a shunt DC generator. In a DC Shunt Generator, the voltage induced across the Armature Va is directly proportional to the Flux acting across it, The Flux in a DC Generator is directly proportional to the field current If. By Ohm's Law V = IR . The critical field resistance is defined as the maximum field circuit resistance (for a given speed) with which the shunt generator would excite. The shunt generator will build up voltage only if field circuit resistance is less than critical field resistance.It is a Tangent to the Open Circuit Characteristics of the Generator(at a given speed).".
- Q5186714 wikiPageExternalLink latest.
- Q5186714 wikiPageWikiLink Q131251.
- Q5186714 wikiPageWikiLink Q25428.
- Q5186714 wikiPageWikiLink Q3711325.
- Q5186714 wikiPageWikiLink Q41591.
- Q5186714 wikiPageWikiLink Q557042.
- Q5186714 wikiPageWikiLink Q6455064.
- Q5186714 wikiPageWikiLink Q6485344.
- Q5186714 wikiPageWikiLink Q7468971.
- Q5186714 wikiPageWikiLink Q7505144.
- Q5186714 comment "Critical field resistance is a term that is associated with a shunt DC generator. In a DC Shunt Generator, the voltage induced across the Armature Va is directly proportional to the Flux acting across it, The Flux in a DC Generator is directly proportional to the field current If. By Ohm's Law V = IR . The critical field resistance is defined as the maximum field circuit resistance (for a given speed) with which the shunt generator would excite.".
- Q5186714 label "Critical field resistance".