moving-coil galvanometer Sentence Examples

  1. The moving-coil galvanometer, an electromechanical instrument, measures small electric currents.
  2. The galvanometer's movable coil, suspended in a magnetic field, deflects proportionally to the current passing through it.
  3. The torque produced by the current causes the moving coil galvanometer to rotate.
  4. The deflection of the moving-coil galvanometer is directly proportional to the strength of the current.
  5. The moving-coil galvanometer has a high sensitivity and can detect minute electric currents.
  6. The galvanometer's accuracy is influenced by factors such as magnetic field strength and coil shape.
  7. Sensitive moving-coil galvanometers are used in various applications, including measuring electric currents, testing circuits, and detecting magnetic fields.
  8. The moving-coil galvanometer's simple design makes it easy to construct and use.
  9. Modern moving-coil galvanometers employ advanced materials and techniques to enhance their performance.
  10. The moving-coil galvanometer remains a fundamental tool in electrical engineering and physics for measuring and detecting electric currents.

moving-coil galvanometer Meaning

Wordnet

moving-coil galvanometer (n)

a galvanometer that is operated by the force exerted by an electric current flowing in a movable coil suspended in a magnetic field

Synonyms & Antonyms of moving-coil galvanometer

No Synonyms and anytonyms found

FAQs About the word moving-coil galvanometer

a galvanometer that is operated by the force exerted by an electric current flowing in a movable coil suspended in a magnetic field

No synonyms found.

No antonyms found.

The moving-coil galvanometer, an electromechanical instrument, measures small electric currents.

The galvanometer's movable coil, suspended in a magnetic field, deflects proportionally to the current passing through it.

The torque produced by the current causes the moving coil galvanometer to rotate.

The deflection of the moving-coil galvanometer is directly proportional to the strength of the current.