Examples of 'excitation current' in a sentence
Meaning of "excitation current"
Excitation current: In the field of electrical engineering, excitation current refers to the current needed to energize or excite a device, such as a motor or generator
How to use "excitation current" in a sentence
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excitation current
Said excitation current may be an aggregate current.
Each burst comprises a number of cycles of an excitation current.
Excitation current limit when the.
It can be difficult to measure the value of the excitation current.
The form of excitation current will be described later on.
A torque current is obtained in accordance with the excitation current.
The excitation current may be adjusted by an appropriate fixed electronic device.
This response is first divided by the bridge excitation current.
The excitation current of the rotor winding creates a magnetic field.
The torque of the coupler is substantially proportional to its excitation current.
For this reason the excitation current of the field winding is controlled.
The frequency is determined by analyzing the magnitude of the excitation current.
The first alternator gives the excitation current of the second alternator.
The excitation current in the inductor coil can not be a direct current.
Relative power of the radiation from a GaAsdiode as a function of the excitation current.
See also
Discontinuing the excitation current once a predetermined degree of priming has been obtained.
The current control is performed in accordance with the excitation current and the torque current.
By adjusting each element excitation current amplitude the radiation pattern control is obtained.
This variation of the reluctance causes a drop in the excitation current Is.
Reversal of the excitation current decreases the flux of the magnets at high speeds.
Rotor comprising an inductor in which an excitation current is conveyed ; and.
A minimum excitation current thus will be obtained to switch the magnetization of the domains.
The auxiliary generator supplies the excitation current for the main generator.
Excitation current If slowly dies down due to a time constant of the excitation circuit.
Various strategies for controlling the excitation current may be programmed into the microprocessor.
In practice, this type of sensor requires the application of an excitation current.
This explains why the excitation current pulses are followed by time intervals of zero current.
Rotor representing a field winding into which an excitation current is brought, and.
Receiving an excitation current generated by the control circuit ;.
Rotor comprising a field winding into which an excitation current is brought ; and.
If the excitation current is increased, the magnetic leakage increases.
Probe for measuring characteristics of an excitation current of a plasma, and associated plasma reactor.
Thus, to vary its speed it is enough to modify and control the excitation current.
Applying an alternating excitation current to the induction coil ;.
In this particular case, the unit 6 also generates the excitation current.
With biphase pulses, the excitation current alternates its direction.
FIG . 2 a shows flux lines in the absence of excitation current.
For this purpose, the excitation current of the excitation winding is controlled.
Readily available signals from the excitation unit 2 are the excitation current and the excitation voltage.
Measuring an excitation current passing through the coil of the electromagnet, and.
Closing of the switch is commanded, for example, when the excitation current exceeds a predetermined threshold.
Accordingly, the excitation current is commutated, thus creating a bidirectional magnetic field.
The resistant torque C is effectively limited for a strong excitation current at a low speed V ;.
Control of the excitation current 23 will be obtained using power components such as thyristors.
Once adequate priming has been achieved, the excitation current to the coil 2 can be discontinued.
An excitation current loop ;.
The second regulating loop can alter the excitation current of the inductor of the generator 26.
The rotor excitation current is represented by a vector { right arrow over ( i f ) } collinear with the axis d.
Probe according to claim 1, wherein the excitation current is an alternating RF current.
The excitation current flowing through the RF coil 15 generates a corresponding magnetic field in the Z-direction.
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