Sentences with AMPERE-TURN
Check out our example sentences below to help you understand the context.Sentences
1
"The coil has 500 ampere-turns."
2
"The magnetic field is determined by the number of ampere-turns."
3
"The solenoid is wound with 1000 ampere-turns."
4
"The ampere-turns produce a magnetic force."
5
"Increasing the ampere-turns increases the strength of the magnetic field."
6
"The current flowing through the coil is measured in ampere-turns."
7
"The coil has a total of 2500 ampere-turns."
8
"The magnetic field strength is proportional to the number of ampere-turns."
9
"The solenoid requires 2000 ampere-turns to operate effectively."
10
"The coil's ampere-turns can be adjusted using a variable resistor."
11
"The magnetizing force is given by the product of current and number of turns, i.e., ampere-turns."
12
"A higher number of ampere-turns results in a stronger electromagnet."
13
"The magnetic field produced by a coil is directly proportional to the number of ampere-turns."
14
"The solenoid is designed with 1500 ampere-turns for optimal performance."
15
"The ampere-turn gauge indicates the total current passing through the coil."
16
"Using more ampere-turns can increase the pulling force of an electromagnet."
17
"The transformer requires 5000 ampere-turns to achieve the desired voltage ratio."
18
"The coil is wound multiple times to increase the ampere-turns."
19
"The ampere-turn rating of a transformer determines its power capacity."
1
"The coil had 100 ampere-turns."
2
"The ampere-turn is a unit of magnetomotive force."
3
"The solenoid produced a magnetic field of 500 ampere-turns."
4
"The motor winding had a total of 2000 ampere-turns."
5
"The ampere-turns determine the strength of the magnetic field."
6
"The transformer required 4000 ampere-turns to operate efficiently."
7
"By increasing the number of ampere-turns, the magnetic field was strengthened."
8
"The magnetic flux density can be calculated by dividing ampere-turns by the magnetic path length."
9
"The electromagnet had a magnetomotive force of 1500 ampere-turns."
10
"The inductor was designed to have 800 ampere-turns for optimal performance."
