The formula to calculate the Output Voltage in a DC Generator is:
\[ Vo = \frac{Pconv}{IL} \]
Output Voltage is the electrical potential difference between the two terminals of the generator. It is also called the Terminal Voltage.
Let's assume the following values:
Using the formula:
\[ Vo = \frac{150.5}{1.075} = 140 \text{ V} \]
| Converted Power (Pconv) | Load Current (IL) | Output Voltage (Vo) |
|---|---|---|
| 145 W | 1.075 A | 134.883720930233 V |
| 146 W | 1.075 A | 135.813953488372 V |
| 147 W | 1.075 A | 136.744186046512 V |
| 148 W | 1.075 A | 137.674418604651 V |
| 149 W | 1.075 A | 138.604651162791 V |
| 150 W | 1.075 A | 139.534883720930 V |
| 151 W | 1.075 A | 140.465116279070 V |
| 152 W | 1.075 A | 141.395348837209 V |
| 153 W | 1.075 A | 142.325581395349 V |
| 154 W | 1.075 A | 143.255813953488 V |
| 155 W | 1.075 A | 144.186046511628 V |
