How does the load carried by a generator affect a vibrator-type voltage regulator?

In the context of a vibrator-type voltage regulator, the load carried by a generator directly impacts the time the regulator points remain open. This type of regulator works by using electromagnetic forces to control the voltage output. When the generator experiences a fluctuating load, the voltage output can rise or fall depending on the load demand.

As the load increases, there is a tendency for the voltage to also increase beyond the preset level. The vibrator-type regulator reacts to this by adjusting the contact points, which open and close to regulate the voltage. The amount of time these points remain open is directly correlated with the load changes. If there is a significant load demand, the points may remain open for longer periods to reduce the voltage, ensuring that it stays within the desired range.

Understanding this relationship helps clarify the operation of the voltage regulator in maintaining stable voltage output in response to varying load conditions. The other options, while related to generator performance, do not directly highlight how the load influences the operational dynamics of the vibrator-type voltage regulator.