loadedmike said:why does it work to the opposite...
loadedmike said:but all the research I've done always says voltage drop increases current...why
When voltage is decreased, the flow of electric charge, or current, also decreases. This is because voltage is the driving force that pushes the electric charge through a circuit, and decreasing it reduces the force.
In a circuit with a fixed resistance, Ohm's law states that current is directly proportional to voltage. This means that when voltage is decreased, the current must increase to maintain the same ratio. Therefore, decreasing voltage increases current.
Decreasing voltage to increase current can be useful in certain situations where a higher current is needed. For example, in electronic devices that require a high current to function, decreasing the voltage can help prevent damage to the device while still providing the necessary current.
No, decreasing voltage to increase current can be dangerous if done without proper precautions. It can cause the current to exceed the safe limit for the circuit or device, leading to overheating and potential hazards. It is important to consult with an expert or follow safety guidelines when manipulating voltage and current in a circuit.
Decreasing voltage to increase current can decrease the efficiency of a circuit. This is because a higher current can result in more energy being lost as heat, which reduces the overall efficiency of the circuit. Additionally, decreasing voltage may also lead to a decrease in the voltage drop across the circuit, reducing the efficiency of energy transfer.