PHASE CONVERSION

219

Fig. 67 shows the voltage diagram, and Fig. 68 the regulation,
that is, the values of eQ and i, with i0 as .abscissae, for:

e = 100 volts,
a = 0.1 -\/2 mho.

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AMP.
19

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R
REGULATION OF ESISTANCE-INDUCTANC MONOCYCLIC SQUARE T = X =7.07 OHMS
e = 100 VOLTS
3E
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70.

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60.

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FIG. 08.—Resistance-inductance monocyclic square, regulation curve.
For: q = 0, that is, non-inductive load, the voltage diagram
is a curve shown by circles in Fig. 67, for 0, 2, 4, 6, 8 and 10 amp.
load, the latter being the maximum or short-circuit value.
For q = p, or a load of 45° load, the voltage diagram is the
straight line shown by crosses in Fig. 67. That is, in this case,
the monocyclic voltage, e0, is in quadrature with the supply voltage,