Examples of 'voltage vector' in a sentence
Meaning of "voltage vector"
voltage vector: A mathematical term used in physics and engineering to represent a quantity that has both magnitude and direction, typically in the context of electrical circuits or electromagnetic fields. This phrase is commonly used in technical discussions or calculations related to electricity and power systems
How to use "voltage vector" in a sentence
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voltage vector
Polarize directional protections with the voltage vector.
Thus applying this kind of voltage vector requires no adaptation of the control unit.
The same holds for the current associated with this control voltage vector.
The component of the voltage vector on the q axis is denoted Vq.
Is a step in which whether or not the voltage vector No.
The stator voltage vector Vs rotates in a cyclic pattern through these six sectors.
The output E from the vector rotator represents the stationary airgap voltage vector in field coordinates.
Hence, the modified reference voltage vector rotates with uniform angular velocity.
Figure 5b illustrates a normalized voltage vector.
Then, the measured airgap voltage vector is transformed to field coordinates by a second vector rotator.
The technique used during this transition consists of over-modulating the voltage vector.
Figure 5b illustrates an example where a normalized voltage vector is used to generate the switching times.
Each voltage vector is obtained by means of a Concordia transformation ;.
The set of phase voltages can be represented by a voltage vector in the stator-based representation.
A voltage vector generation section ( 7b ) configured to restrict the minimum pulse width, characterized by.
See also
In one embodiment, when a phase lock loop is used, the voltage vector amplitude is obtained.
When the voltage vector V4 is employed, the switching element Su1 is made conductive.
FIG . 10 is an explanatory diagram of changes of a voltage vector shown in FIG . 9.
The angle a of the voltage vector to the ( a ) axis is generally defined by, EQU1.
FIG . 6 is an explanatory diagram of a change in a voltage vector shown in FIG . 5.
When the voltage vector V6 is employed, the switching element Sw1 is non-conductive.
FIG . 6 is an explanatory diagram of change in the voltage vector shown in FIG . 5.
When the voltage vector V6 is employed, the switching elements Su2 and Sy2 are non-conductive.
FIG . 2 is vectorial representation of a voltage vector Vs ;.
Accordingly, the stator voltage vector Vs can assume eight states V1.
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