| 1. | This is valid only for non-reactive source and load impedances.
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| 2. | :: : Transformers generally reflect any load impedance to the primary.
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| 3. | Simple circuit showing characteristic impedance Z o and the load impedance Z L.
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| 4. | L is the load impedance, and ? converts between electrical and mechanical impedance.
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| 5. | Which is independent of the load impedance.
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| 6. | Consider a real source impedance of R _ 1 and real load impedance of R _ 2.
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| 7. | The ratio of stress and speed at the crystal surface is called load impedance, " Z"
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| 8. | If the load impedance is not very much higher than the power supply impedance, the voltages will drop.
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| 9. | Most commonly, the generator and load impedances are equal so that and a symmetrical ? pad is used.
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| 10. | Most commonly, the generator and load impedances are equal so that and a symmetrical T pad is used.
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