Seems right to me.kostoglotov said:
Zero potential is a convention. What matters is potential difference. The PC does not care which side you choose to call zero.kostoglotov said:
A voltage source is a device that provides a constant or varying voltage to a circuit, while a load is a device that consumes power from the circuit. In simple terms, a voltage source is like a water pump that provides pressure to move water through a pipe, while a load is like a water turbine that uses the pressure to generate power.
Yes, two voltage sources can be connected in parallel to power two loads. However, it is important to ensure that the voltage ratings of both sources are the same to avoid any imbalances in the circuit.
The total voltage in a circuit with two voltage sources and two loads can be calculated by adding the individual voltages of the sources and accounting for any voltage drops across the loads. It is important to also consider the direction of the voltage sources and loads in the circuit to ensure accurate calculations.
If the voltage ratings of the two sources in a circuit are different, it can lead to an imbalance in the circuit and potentially damage the loads. It is important to use voltage sources with the same ratings or use a voltage regulator to adjust the voltage to match the requirements of the loads.
To ensure proper distribution of power between the two loads in a circuit with two voltage sources, you can use a power divider or a load balancing circuit. These devices will help evenly distribute the voltage and current between the loads, preventing overloading of one load and underutilization of the other.