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- Eddy-current_sensor abstract "Eddy current sensors uses the principle of eddy current formation to sense the displacement. Eddy currents are formed when a moving or changing magnetic field intersects a conductor or vice-versa. The relative motion causes a circulating flow of electrons, or currents, with in the conductor. These circulating eddies of current create electromagnets with magnet fields that oppose the effect of applied magnetic field. The stronger the applied magnetic field, or greater the electrical conductivity of the conductor, or greater the relative velocity of motion, the greater the currents developed and greater the opposing field. Eddy current probes senses this formation of secondary fields to find out the distance between the probe and target material.".
- Eddy-current_sensor wikiPageID "49498708".
- Eddy-current_sensor wikiPageLength "832".
- Eddy-current_sensor wikiPageOutDegree "0".
- Eddy-current_sensor wikiPageRevisionID "706159913".
- Eddy-current_sensor wikiPageWikiLinkText "Eddy-current sensor".
- Eddy-current_sensor wikiPageUsesTemplate Template:Electromagnetism-stub.
- Eddy-current_sensor wikiPageUsesTemplate Template:Engineering-stub.
- Eddy-current_sensor wikiPageUsesTemplate Template:Uncat.
- Eddy-current_sensor comment "Eddy current sensors uses the principle of eddy current formation to sense the displacement. Eddy currents are formed when a moving or changing magnetic field intersects a conductor or vice-versa. The relative motion causes a circulating flow of electrons, or currents, with in the conductor. These circulating eddies of current create electromagnets with magnet fields that oppose the effect of applied magnetic field.".
- Eddy-current_sensor label "Eddy-current sensor".
- Eddy-current_sensor wasDerivedFrom Eddy-current_sensor?oldid=706159913.
- Eddy-current_sensor isPrimaryTopicOf Eddy-current_sensor.