A voltage multiplier is used to provide different voltages between certain points in a circuit.

A voltage multiplier is used to provide different voltages between certain points in a circuit.

• A. True
• B. False
• C. Depends on configuration
• D. Not applicable

Answer: (B)

Voltage multipliers are designed to boost the amplitude of an input AC signal to a higher DC level using diodes and capacitors in stages. The goal is one higher voltage referenced to ground, not a set of independently derived voltages at different points. The intermediate nodes in the ladder do sit at higher potentials than the previous stage, but these voltages aren’t stable, independently usable outputs and they depend on load and circuit design. If you need multiple fixed voltages, you’d typically use regulators or a transformer with multiple secondary windings. So the statement isn’t accurate—the primary purpose is to produce a single higher output voltage, not to provide different voltages between various circuit points.

Voltage multipliers are designed to boost the amplitude of an input AC signal to a higher DC level using diodes and capacitors in stages. The goal is one higher voltage referenced to ground, not a set of independently derived voltages at different points. The intermediate nodes in the ladder do sit at higher potentials than the previous stage, but these voltages aren’t stable, independently usable outputs and they depend on load and circuit design. If you need multiple fixed voltages, you’d typically use regulators or a transformer with multiple secondary windings. So the statement isn’t accurate—the primary purpose is to produce a single higher output voltage, not to provide different voltages between various circuit points.