Sentences with MILLIHENRIES
Check out our example sentences below to help you understand the context.Sentences
1
"The inductance of the coil was measured in millihenries."
2
"The millihenries value of the inductor is printed on the datasheet."
3
"We need an inductor with a millihenries value of at least 5."
4
"The millihenries rating determines the energy storage capacity of the inductor."
5
"The inductor's millihenries value affects its impedance characteristics."
6
"The engineer calculated the equivalent millihenries of the two inductors in parallel."
7
"The inductance coil has a measured value of 2.5 millihenries."
8
"Increasing the turns ratio will also increase the millihenries value."
9
"The inductor's millihenries value affects the resonant frequency of the circuit."
10
"The coil's millihenries value affects the time constant of the circuit."
11
"The millihenries rating of the inductor determines its ability to store magnetic energy."
12
"The millihenries rating is an important parameter in power electronics."
13
"The inductor was specified to have a millihenries value between 2 and 5."
14
"The millihenries value can be adjusted by adding or removing turns from the coil."
15
"The millihenries value affects the rate of change of current through the inductor."
16
"The inductor's millihenries value affects the time required to reach steady-state current."
17
"The millihenries value is a measure of the inductor's self-inductance."
18
"The millihenries rating should be considered when designing a filtering circuit."
19
"The millihenries value is inversely proportional to the resonant frequency."
20
"The millihenries value is commonly used in electromagnetic compatibility testing."
1
"The inductor has a value of 5 millihenries."
2
"You will need a minimum of 10 millihenries for this circuit."
3
"The millihenries rating of the coil affects the performance of the device."
4
"The solenoid is rated at 2 millihenries."
5
"The inductance of the coil is measured in millihenries."
6
"The millihenries value should be carefully selected to meet the circuit requirements."
7
"The circuit design calls for an inductor with a millihenries range of 3-5."
8
"Increasing the number of turns in the coil will result in higher millihenries."
9
"The millihenries rating can be adjusted using a ferrite core."
10
"The millihenries value can be calculated using the formula L = (N^2 * μ * A) / l."
