Examples of using Phasor in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
In phasor form.
We can also demonstrate this solution with a phasor diagram.
Phasor Diagram Connecting.
You can see that the phasor triangle is closed.
Draw the phasor diagram and the frequency response of the voltages.
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Now let's demonstrate KVR using TINA's phasor diagram feature.
On the phasor diagram, VR would be too small compared to VIand VC.
The circuit diagram with the embedded time function and phasor diagram.
Finally, let's use TINA's Phasor Diagram to demonstrate this result.
We can illustrate this result using impedance meters and the Phasor Diagram in.
Now let's see the phasor diagram by calling it from the AC Analysis menu of TINA.
We can calculate the time function from a phasor in the same way.
Let's calculate VI for the phasor diagram above using the cosine rule of trigonometry.
A phasor is a constant complex number, usually expressed in exponential form, representing the complex amplitude(magnitude and phase) of a sinusoidal function of time.
We can alsorepresent these voltages with phasors using TINA's Phasor Diagram.
Of course, both phasor diagrams can be considered as a simple triangle rule diagram for Vs= V1+ V2.
A 12-voice, single card clone of the Mockingboard called the Phasor was made by Applied Engineering.
It is important to note that the phasor does not represent the frequency, which must be the same for all phasors.
He leads a team of power system engineers who deliver generation control,market applications and synchrophasor/phasor measurement unit(PMU) applications to control centers.
First we write the phasor in polar form e.g. VM= VMe jr and then the corresponding time function is.
You can also show the complex impedance as a complex phasor using TINA's AC Phasor Diagram.
You own your license to MESA Phasor or MESA Intraday, unlike trading systems that are offered by subscription.
The phasor diagram shows that the generator current IS is the resultant vector of the complex currents IL and IR.
Since the source voltage is negative in the equation,we connected the voltmeter“backwards.” The phasor diagram illustrates the original form of the Kirchhoff's voltage rule.
The phasor diagrams demonstrate that KVL is also true for AC circuits, but only if we use complex phasors!
Com produced a 6-voice clone called the Mockingboard v1 and also had plans to clone the Phasor and produce a hybrid card user-selectable between Mockingboard and Phasor modes plus support both the SC-01 or SC-02 speech synthesizers[ citation needed].
Starting with the phasor diagram above, let's use the triangle or geometric construction rule to find the equivalent impedance.
The first diagram shows the phasors added by parallelogram rule,the second one illustrates the triangular rule of the phasor addition.
In the complex plane, the voltage phasor is perpendicular to the current phasor, in the negative direction(with respect to the reference direction, counterclockwise).