Examples of using Parallel circuit in English and their translations into Indonesian
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                        Ecclesiastic
                    
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The equivalent parallel circuit.
Oil way: Parallel circuit, power beyond option.
In this example, we have a parallel circuit.
Oil way: Parallel circuit, power beyond option.
Find the equivalent impedance of this parallel circuit.
A parallel circuit has more than one path for current to flow.
Find the equivalent impedance and admittance of this parallel circuit.
Noting that this is a parallel circuit, we solve first for the admittance.
A circuit  that has two loops is called a parallel circuit.
If one loop of a parallel circuit is interrupted, current can still flow through the other loop.
Find a simple series network that could replace the parallel circuit of example 6(at the given frequency).
The“pure” parallel circuit above was very easy to examine since all components were in parallel. .
When considering the admittance form, think of the admittance as representing a parallel circuit, for which you need the voltage.
Conversely, lean towards using the parallel circuit model for large inductors and the series model for small inductors.
When connecting electrical devices to a power source,they can be hooked up into either a series circuit  or a parallel circuit.
You could, of course, replace the parallel circuit with a simpler parallel circuit in both examples.
Parallel circuit, if two or more components are connected in parallel  they have the same potential difference(voltage) across their ends.
Refer to the table above and, since the two-pole network is a parallel circuit, use the equations in the row for the admittance case.
In a purely parallel circuit, there are never more than two sets of electrically common points, no matter how many components are linked.
In a series circuit, it is simpler to find the common current, while in a parallel circuit it is easier to solve for the total current or the common voltage.
In a parallel circuit, the voltage across each of the components is the same, and the total current is the sum of the flowing through each component.
Now let's examine the following so called“real parallel resonant circuit,” with the series loss resistance of the coil present andlearn how we can transform it into a“pure” parallel circuit.
In a parallel circuit, the electrical current flows along several paths, and each individual device is hooked up to its own circuit. .
Thus, the guideline would be to tend to use the parallel circuit model for small capacitors and the series model for large capacitors(see below).
In the parallel circuit below, if one light bulb burns out, the other light bulb will still work because current can bypass the burned-out bulb.
BM10PX high flow NFPA hydraulic manifold, D05, NG10,Size10 valve parallel circuit extra high flow with X& Y ported manifold is standard valve installation for mounting modular NFPA05 valve pattern.
If you are making a parallel circuit as part of a lesson plan, it may help to have your students or child make a list of questions, predictions, and hypotheses about what they will be observing.
Edison proposed to connect his lights in a parallel circuit by subdividing the current, so that, unlike arc lights, which were connected in a series circuit,  the failure of one lightbulb would not cause a whole circuit  to fail.