Difference between revisions of "Dynamo"
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A '''dynamo''' is a [[direct current]] generator. Almost any [[commutator motor]] will act as a dynamo, provided that the stator field is maintained and the motor is spun at an acceptable speed.<ref>J. Cox - ''Electric motors'' 2nd ed. ISBN 978-1-85486-246-4 p. 117</ref> | A '''dynamo''' is a [[direct current]] generator. Almost any [[commutator motor]] will act as a dynamo, provided that the stator field is maintained and the motor is spun at an acceptable speed.<ref>J. Cox - ''Electric motors'' 2nd ed. ISBN 978-1-85486-246-4 p. 117</ref> | ||
| − | If there is a conducting fluid flowing in a circular pattern (e.g. a planet's iron core circulating with convention currents), moving thru a magnetic field, it will use the dynamo effect to start a current flowing. This will generate a magnetic field. Such planets moving thru the Sun's magnetic field generate their [[ | + | If there is a conducting fluid flowing in a circular pattern (e.g. a planet's iron core circulating with convention currents), moving thru a magnetic field, it will use the dynamo effect to start a current flowing. This will generate a magnetic field. Such planets moving thru the Sun's magnetic field generate their [[Magnetosphere | magnetospheres]] this way. |
==References== | ==References== | ||
Latest revision as of 22:27, 23 August 2024
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A dynamo is a direct current generator. Almost any commutator motor will act as a dynamo, provided that the stator field is maintained and the motor is spun at an acceptable speed.[1]
If there is a conducting fluid flowing in a circular pattern (e.g. a planet's iron core circulating with convention currents), moving thru a magnetic field, it will use the dynamo effect to start a current flowing. This will generate a magnetic field. Such planets moving thru the Sun's magnetic field generate their magnetospheres this way.
References
- ↑ J. Cox - Electric motors 2nd ed. ISBN 978-1-85486-246-4 p. 117
