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The impedance matrix
given is changed to an S matrix, which is necessary in order to define the
standardization impedance to change the matrix.
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In the following,
the source impedance and load impedance are used as the standardization
impedance Z0
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The non-diagonal
part of the above-mentioned matrix yields the following:
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The electric power
transmission coefficient is obtained like this.
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The previous
condition is considered here.
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In order to ensure
that the electric power transmission coefficient is 96% or more, it is only
necessary to satisfy the following equation:
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Electric power can
be transmitted even with an element that has a high resistance compared with
the source impedance and the load impedance.
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