| 1. | Low-pass filters usually consist of series inductors and shunt capacitors.
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| 2. | To compensate, a shunt capacitor is connected which draws current leading the source voltage.
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| 3. | Tightly packed " gangbuster " dipole arrays are lowpass structures that can be modeled using shunt capacitors.
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| 4. | For example, to compensate an inductive load a shunt capacitor is installed close to the load itself.
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| 5. | Applying Kuroda's identities will convert these to all shunt capacitors, which are open circuit stubs.
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| 6. | The Cauer topology uses passive components ( shunt capacitors and series inductors ) to implement a linear analog filter.
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| 7. | The series resonant circuits on the circuit diagram represent the torsional resonators, and the shunt capacitors represent the coupling wires.
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| 8. | Note that when G 1 is a shunt capacitor or series inductor, G 0 corresponds to the input resistance or conductance, respectively.
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| 9. | Other sources of reactive power that will also be used include shunt capacitors, shunt reactors, static VAR compensators and voltage control circuits.
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| 10. | Note that when adjusted for minimum loss the SPC tuner will have better harmonic rejection than the high-pass T, due to the shunt capacitor.
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