output voltage

The output voltage is low but well above the ground.

Thus, the output voltage is brought back up to its original value.

Or one could regulate the output voltage in some way.

Thus, the longer the switch is closed during the on stage, the higher the output voltage will be.

Although slight, the difference has a strong effect on the output voltage equation.

So that wasn't he answer: the transformer output voltage really was too high.

How stable its output voltage or current is under varying line and load conditions.

Output voltage varies about 1.2% for every 1% change in supply frequency.

Instead, the output voltage is increased at the expense of higher current draw on the input.

This allows output voltage to increase without also increasing the rotational rate.

Both require a signal related to the output voltage.

The output voltage is of the opposite polarity than the input.

The output voltage can be continuously regulated within the nominal range.

Therefore, the output voltage gain can be written as follows:

The insulation and the size of the machine determine the maximum output voltage that can be reached.

This would give double the required output voltage which could easily cause damage to the power supply components and beyond.

With negative feedback and good choice of compensation, the output voltage is kept reasonably constant.

The resistor forces the input and output voltages to be equal.

In contrast to other types of generators, the output voltage never changes polarity.

Resolution curve for three typical output voltages versus load current.

The output voltage is then derived from this DC bus.

From this, it is clear that the output voltage can be varied by altering the duty cycle.

On the other hand the output current and output voltage are whatever the circuit demands.

As a result, its input voltage does not affect the output voltage.

The output voltage has a shape that approximates a square waveform.