Examples of 'excitation coil' in a sentence
Meaning of "excitation coil"
An excitation coil refers to a component or device used in electrical systems or machinery to generate an electromagnetic field or induce electrical currents. It is typically made of coiled wires and is energized with electrical current to produce the desired effect, such as creating magnetic fields or inducing voltage in nearby coils or conductors
How to use "excitation coil" in a sentence
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excitation coil
Power supply circuit of an excitation coil of an electromagnet.
An excitation coil is wound around the bobbin.
An excitation signal is sent to the excitation coil.
The excitation coil is secured to this ferromagnetic ring.
Micromagnetometer of the fluxgate type with improved excitation coil.
An excitation coil in solenoid form can also be employed.
In one embodiment the alternator is brushless and the excitation coil is fixed.
The excitation coil of this loudspeaker is then crossed by a current i.
A tapped reactance impedance matching arrangement is also coupled to the excitation coil.
The excitation coil may be fixed relative to the stator.
Also recorded is the meter reading obtained in the absence of an excitation coil current.
At least one excitation coil is associated with the body.
One and the same coil can fulfill both measurement coil and excitation coil functions.
The excitation coil is wound in series around the two cores.
Operates on magnetic energy produced by the excitation coil built into the digitizer itself.
See also
Thus the excitation coil is separated from the measuring coil.
Each described induction source can comprise an excitation coil comprising single or multiple wires.
Each excitation coil has upper and lower end turns.
The conductive elements of the excitation coil may be formed respectively,.
The excitation coil has a structure different from that of a conventional solenoid.
In this case, the excitation coil can be omitted.
The excitation coil saturates the magnetic circuit alternatively under a positive and negative field.
According to a second variant embodiment, the microswitch is controlled by an excitation coil.
The primary coils form an excitation coil and the secondary coils form a measuring coil.
Method according to claim 2, characterized in that the inductor is an excitation coil.
The excitation coil of the Farrall application comprises one or more turns connected in series.
The compensation coil is series-connected with the excitation coil.
The excitation coil assembly includes two spaced winding segments for producing a main DC magnetic field.
Alternatively, the pole piece comprises a rod encircled by an excitation coil.
As a variant, the excitation coil may be driven in rotation.
Noise level in the flow tube ( tube noise ) when the excitation coil is not energised.
An excitation coil including a central opening ;.
According to the invention, the excitation coil can be produced in various ways.
The excitation coil of the main contactor has to be damped with overvoltage limiters, e . g.
The device as claimed in claim 1, wherein the excitation coil is controlled by a sensor.
Here, each excitation coil is concentric with a respective measurement coil.
Machine according to claim 1, in which the excitation coil is fixed relative to the stator.
An excitation coil for emitting an inductive excitation field directed towards a movable target ;.
According to one embodiment, the excitation coil is fixedly mounted on the fixed part.
The excitation coil ( not shown ) encloses the shields at the back yoke of the magnet.
A common return / support yoke surrounds the excitation coil and magnet poles.
For example, the excitation coil is wound around the measurement coil.
For example, one and the same coil fulfills the measurement coil and excitation coil function.
In another embodiment, the excitation coil is fixed, the alternator having no brushes.
The pole piece 7 supports the excitation coil 2.
In a second configuration, the excitation coil is mounted in parallel relative to the microswitch.
It is also possible to place a condenser in parallel with an excitation coil 20.
Generating by means of an excitation coil a magnetic signal directed towards said target ;.
Each induction coil 45 is peripherally circumscribed around a portion of each excitation coil 10.
Still another suitable excitation coil may be of solenoidal shape, for example.
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