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In the synchronous generator, the Inverted V curve is drawn between

  • In the synchronous generator, the Inverted V curve is drawn between field current on X-axis and Power factor on Y-axis.
  • In a synchronous generator, the Inverted V curve is a graphical representation of the relationship between the field current and the power factor, with the output power held constant.
  • Typically, the Inverted V curve is drawn with the field current on the X-axis and the power factor on the Y-axis.
  • By varying the field current while keeping the output power constant, the power factor of the machine can be plotted against the field current to generate the Inverted V curve.
  • The Inverted V curve is an important characteristic of a synchronous generator as it provides information on the excitation requirements of the machine to maintain a desired power factor at different load conditions.
  • By analyzing the shape of the Inverted V curve, it is possible to determine the excitation requirements of the machine for different operating conditions.
  • To summarize, in a synchronous generator, the Inverted V curve is typically drawn with the field current on the X-axis and the power factor on the Y-axis, with the output power held constant.