Higher voltages are easier to obtain with ___ current.

Higher voltages are easier to obtain with ___ current.

• A. Direct Current
• B. Both
• C. None
• D. Alternating Current

Answer: (C)

Voltage potential isn’t determined by whether the current is direct or alternating alone. The ability to reach higher voltages depends on the circuit devices you use. With alternating current, you can easily raise voltage with a transformer because the transformer relies on AC to transfer energy between windings and change voltage. With direct current, you can still get high voltages, but you need different hardware, such as switching regulators or voltage multipliers, which makes the path to high voltage more circuit-specific rather than simply due to the current type. Because both AC and DC can be configured to reach high voltages with the right components, neither type is inherently easier for creating high voltage; the best general answer is none.

Voltage potential isn’t determined by whether the current is direct or alternating alone. The ability to reach higher voltages depends on the circuit devices you use. With alternating current, you can easily raise voltage with a transformer because the transformer relies on AC to transfer energy between windings and change voltage. With direct current, you can still get high voltages, but you need different hardware, such as switching regulators or voltage multipliers, which makes the path to high voltage more circuit-specific rather than simply due to the current type. Because both AC and DC can be configured to reach high voltages with the right components, neither type is inherently easier for creating high voltage; the best general answer is none.