Update for 26-01-22 12:30
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tech/Parallel.wiki
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tech/Parallel.wiki
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= Parallel =
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Components are in parallel when serveral components are connected to one
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source, and there is a choice between which compoenents current can flow to.
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When in parallel, the current across components adds up. Loads in parallel are
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known as current dividers
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When loads are in parallel, the total current flowing into the componenets must
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equal the total current flowing out. This is known as _Kirchoff's Current Law_
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@ -6,3 +6,10 @@ current.
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A resistor has a set relationship with voltage and current, shown below
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V = I * R
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== Series and parallel ==
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When a resistor is in series, the values add.
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When a resistor is in parallel, the resistance is the reciprocal of the sum of
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the reciprocal. For example, for R1 R2 and R3,
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10
tech/Series.wiki
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tech/Series.wiki
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= Series =
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Components are in series if the compents occour one after another. When in
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series, the Voltage across components adds.
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When loads are in series, they are known as voltage dividers.
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When loads are in series there cannot be any "spare" voltage, and therefore the
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sum of the voltages across all components must equal the supplied voltage to
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the circut. This is known as _Kirchoff's Voltage Law_
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* [[Impedance]]
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* [[Resonance]]
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* [[Series]]
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* [[Parallel]]
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== Primitive ==
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