Voltage

The voltage in the power lines is too high for the device to handle.

The voltage on this capacitor determines how much energy it can store.

The voltage across the cell membrane is critical for maintaining cellular homeostasis.

The voltage level in the electrical system needs to be within a certain range to prevent damage to the equipment.

The voltage level of this signal is too low for the amplifier to detect.

The voltage across an electrolytic capacitor increases as it charges.

The resting voltage of a cardiac cell is approximately -90 mV.

The voltage reading on the multimeter indicates that the circuit is not functioning properly.

The voltage spike in the circuit damaged the electronic components.

The voltage output of the fuel cell can be increased by increasing the surface area of the electrodes.

The technician adjusted the voltage of the cathode ray tube to improve the image quality.

The voltage between two different metals in seawater can cause corrosion.

The voltage in the vacuum tube caused the emission of electrons from the cathode.

The voltage supplied to the motor affects its speed and torque.

The voltage applied to the anode caused the electrons to flow in the vacuum tube.

The voltage on this circuit needs to be measured accurately with a multimeter.

The voltage across the electrodes can be used to calculate the standard potential of the electrochemical reaction.

The voltage in the capacitor slowly discharges over time.

The voltage in this electric circuit is too high.

The voltage difference between the two electrodes of a redox flow battery determines its capacity.

High voltage is dangerous and can cause electric shock.

Measuring the voltage across the cell membrane is a common laboratory technique.

The voltage of the battery decreases as the cell is discharged.

The voltage between a copper and zinc electrode in lemon juice produces a small electrical current.

The voltage regulator prevents overvoltage and undervoltage in the circuit.

The voltage measurement of this high-frequency signal requires an oscilloscope.

The voltage drop across this transmission line is causing power loss.

The voltage waveform of this AC signal is distorted.

The voltage level of this logic gate determines its output state.

The voltage drop across this resistor is too high.

The voltage reading on this ammeter indicates high current flow.

The voltage output of this battery is decreasing.

The voltage across this LED determines its brightness.

The voltage across this fuse indicates whether it has blown or not.

The voltage level of this audio signal needs to be adjusted.

The voltage rating of this power cord determines the maximum current it can handle.

The voltage measurement of this circuit is affected by the resistance of the multimeter.

The voltage of this power supply needs to be adjusted to match the voltage requirement of the load.

The voltage across the light bulb is 120 volts.

Make sure the voltage in the circuit is not too high.

The voltage drop across the resistor is 3 volts.

The voltage spike damaged the electronic components in the device.

The voltage reading on the multimeter is incorrect.

The voltage across the capacitor is decreasing.

The voltage fluctuation caused the lights to flicker.

The voltage on this wire is dangerous and needs to be de-energized before working on it.

The voltage input of this op-amp determines its gain and output signal.

The voltage waveform of this signal is distorted.

The voltage in the electrical outlet is not stable.

The voltage across the cell membrane can be altered by drugs.