Examples of 'inductive reactance' in a sentence
Meaning of "inductive reactance"
inductive reactance: In the field of electrical engineering, inductive reactance represents the opposition to the change of electric current flowing through an inductor. It is measured in ohms and plays a key role in alternating current (AC) circuits
How to use "inductive reactance" in a sentence
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inductive reactance
Inductive reactance causes current to lag voltage.
The capacitive reactance must be equal to the inductive reactance.
The inductive reactance of a reactor can be varied by.
The amount of increase in the impedance is equal to the inductive reactance.
Inductive reactance in an alternating current circuit.
The spatter control systems of the past required low output inductive reactance.
Inductive reactance of the coil.
This multiplication directly influences the inductance or inductive reactance associated with the coil.
The inductive reactance increases as the inductance or frequency increases.
The tray was manually scanned under the probe with inductive reactance versus time being recorded.
The inductive reactance increases monotonically with stainless steel thickness.
The first effect is always present in any machine that embodies significant internal inductive reactance.
This is because the inductive reactance of a circuit increases with frequency.
A Möbius resistor is an electronic circuit element that cancels its own inductive reactance.
The inductive reactance of a given inductor is directly proportional to the frequency of applied voltage.
See also
Suppose that the machine has total internal effective inductive reactance per line equal to Xint.
Inductive reactance An opposition to the flow of alternating current.
Figure 4 is a plot of inductive reactance versus permeability.
Inductive reactance in unscaled units was read from the Eddyscope display.
As frequency increases, inductive reactance increases.
The inductive reactance was then measured using a Nortec Eddyscope.
There are two types of reactance, inductive reactance and capacitive reactance.
The inductive reactance is monotonic, and almost proportional to the permeability.
Example 3 This example demonstrates the effect of coating thickness on inductive reactance.
XL is the inductive reactance measured in Ohms.
Magnetic permeability is related to the Eddyscope response, which is the inductive reactance.
Figure 2 is a plot of inductive reactance versus coating thickness.
Inductive reactance resists the change to current, causing the circuit current to lag voltage.
Magnetic permeability is related to the Eddyseope ™ response, which is the inductive reactance.
As frequency goes up, inductive reactance also goes up and capacitive reactance goes down.
MCSR is shunt-type static device with smooth regulation by means of inductive reactance.
As frequency increases, inductive reactance also increases and capacitive reactance decreases.
FIG . 5B is an electrical schematic diagram of the inductive reactance buffer of FIG . 5A.
Figure 2 is a plot of inductive reactance versus coating thickness of the incorporated coated microparticles.
The antenna 808 likewise has a resistance Ra and an inductive reactance + jXa.
When the inductive reactance is zero, the voltage across the inductor is zero.
A typical application has a high inductive reactance but is a D.C. short.
Inductive reactance in unsealed units was read from the Eddyscope ™ display.
The chip 820 has a resistance Rchip and an inductive reactance + jXchip.
The inductive reactance increases monotonically with stainless steel thickness . Example 4.
And by an inductive reactance XL ( Inductance ).
Inductive reactance and capacitive reactance are equal and opposite in sign ( 0 % chose this ).
The inductive reactance is expressed as, EPMATHMARKEREP where,.
Inductive reactance can be calculated using this formula, XL = 2πfL.
Next, inductive reactance XL of reactor 2 necessary for suppressing short-circuit current was studied.
Inductive reactance and capacitive reactance are equal ( 0 % chose this ).
The inductive reactance was determined to be 9.6.
Inductive reactance is the only opposition in the circuit ( 0 % chose this ).
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A pure reactance does not dissipate any power
They formed several conclusions about reactance
The leakage reactance should be as low as possible
