ampere turn Sentence Examples
- The magnetic field strength of the electromagnet was determined by the number of ampere turns in its coil.
- The transformer's primary winding had 500 ampere turns, while the secondary winding had 2500 ampere turns.
- The engineer adjusted the current flowing through the solenoid to achieve the desired ampere turns for the magnetic lock system.
- The inductor was designed with a specific number of ampere turns to optimize its performance in the electronic circuit.
- The magnetic field generated by the current passing through the conductor was proportional to the number of ampere turns.
- To increase the efficiency of the motor, the manufacturer added more ampere turns to the winding configuration.
- The magnetic sensor utilized a coil with 1000 ampere turns to detect changes in the magnetic field.
- The coil's magnetic strength was directly influenced by the ampere turns per unit length along its length.
- Engineers carefully calculated the ampere turns needed for the magnetic resonance imaging (MRI) machine to produce high-quality images.
- The induction heating system used a coil with 2000 ampere turns to rapidly heat the metal workpiece.
ampere turn Meaning
ampere turn (n)
a unit of magnetomotive force equal to the magnetomotive force produced by the passage of 1 ampere through 1 complete turn of a coil; equal to 1.257 gilberts
ampere turn ()
A unit equal to the product of one complete convolution (of a coiled conductor) into one ampere of current; thus, a conductor having five convolutions and carrying a current of half an ampere is said to have 2/ ampere turns. The magnetizing effect of a coil is proportional to the number of its ampere turns.
Synonyms & Antonyms of ampere turn
No Synonyms and anytonyms found
FAQs About the word ampere turn
a unit of magnetomotive force equal to the magnetomotive force produced by the passage of 1 ampere through 1 complete turn of a coil; equal to 1.257 gilbertsA u
No synonyms found.
No antonyms found.
The magnetic field strength of the electromagnet was determined by the number of ampere turns in its coil.
The transformer's primary winding had 500 ampere turns, while the secondary winding had 2500 ampere turns.
The engineer adjusted the current flowing through the solenoid to achieve the desired ampere turns for the magnetic lock system.
The inductor was designed with a specific number of ampere turns to optimize its performance in the electronic circuit.
