Adjectives For Voltage
Discover the most popular adjectives for describing voltage, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe voltage can significantly alter the meaning and clarity of a sentence, highlighting the intricacies of electrical phenomena. Using terms like high or low voltage succinctly conveys the power level, essential for safety and compatibility. An applied voltage emphasizes the action in an electrical circuit, while current speaks to the present condition. Opting for constant voltage underlines stability, crucial in many electronic applications, and terminal voltage points to the potential difference essential for understanding circuit functionality. Each adjective opens a different perspective on electrical phenomena, enriching our comprehension and communication. Discover the full spectrum of adjectives for 'voltage' and their contextual uses below.
| high | Watch out for that high voltage wire. |
| low | My computer won't turn on because of a low voltage |
| applied | Researchers applied voltage to the material and measured its conductivity. |
| current | The current voltage is too high. |
| constant | The constant voltage kept the device running smoothly. |
| terminal | The terminal voltage of the battery is 1.5 volts. |
| maximum | Please ensure that the maximum voltage does not exceed 20 V. |
| higher | The higher voltage of this appliance requires a different plug. |
| positive | The positive voltage on the cathode attracts the positive ions. |
| negative | The negative voltage was applied to the circuit to reverse the current. |
| secondary | The secondary voltage is lower than the primary voltage. |
| induced | The induced voltage in the coil is proportional to the rate of change of magnetic flux through the coil. |
| lower | The lower voltage is safer for electrical circuits. |
| total | The total voltage across the parallel resistors is the same as the voltage across each resistor. |
| full | The motor ran at full voltage and produced its maximum power. |
| normal | The circuit's normal voltage is 120 volts. |
| circuit | "The overall circuit voltage should be 12 V" |
| reverse | The reverse voltage of the diode is 0.7 volts. |
| primary | The primary voltage of the transformer is 220 volts. |
| average | The average voltage of the battery is 12 volts. |
| direct | The direct voltage of the battery is 12 volts. |
| sinusoidal | The sinusoidal voltage was measured using a voltmeter. |
| minimum | The minimum voltage required to operate the device is 12 volts. |
| peak | The peak voltage of the lightning strike was 100 million volts. |
| emitter | |
| forward | The forward voltage of the diode is 0.7 volts. |
| instantaneous | The instantaneous voltage across the capacitor is 10 volts. |
| variable | The power supply provides a variable voltage between 0 and 12 volts. |
| initial | The initial voltage of the battery was 12 volts. |
| external | The external voltage was applied to the circuit. |
| line | The line voltage is 120 volts. |
| nominal | The nominal voltage of the battery is 12 volts. |
| load | The load voltage should be checked before starting the motor. |
| effective | The effective voltage of the alternating current supply is 220 volts. |
| open | The open voltage of the solar cell is 0.6 volts. |
| critical | The critical voltage is the minimum voltage required to maintain a stable plasma. |
| actual | The actual voltage is 120 volts. |
| electrical | The electrical voltage of the battery is 12 volts. |
| highest | The highest voltage ever recorded was 1.2 million volts. |
| proper | Ensure the circuit is connected to proper voltage |
| signal | The signal voltage must be carefully regulated. |
| resultant | The resultant voltage was measured across the resistor and capacitor. |
| bias | The bias voltage was set to 5 volts. |
| steady | |
| supply | The supply voltage of the power system is 120 volts. |
| off | The off voltage is the voltage at which the actuator is no longer moving. |
| fixed | 'The power supply has a fixed voltage of 12 volts.' |
| equivalent | This circuit has an equivalent voltage of 12 volts. |
| differential | The differential voltage between the two terminals is measured by a voltmeter. |
| corresponding | The corresponding voltage is 12 volts. |
| base | The base voltage must be set to the right level to ensure proper operation of the device. |
| reduced | The motor was operating at reduced voltage |
| measured | The measured voltage was 120 volts. |
| unknown | Despite its unknown voltage the battery was still able to power the device. |
| over | The over voltage caused the circuit to short. |
| wave | The wave voltage at this point in time is 120 volts. |
| sufficient | The circuit was not operating because it lacked sufficient voltage |
| correct | Make sure the appliance is properly grounded and connected to the correct voltage |
| electric | The electric voltage of the battery is 12 volts. |
| transient | The transient voltage caused the power supply to malfunction. |
| mean | The mean voltage across the terminals of the battery was 1.5 volts. |
| excessive | The electrical equipment was damaged due to excessive voltage |
| net | The net voltage of the battery pack is 24 volts. |
| rectified | The rectified voltage is used to charge the battery. |
| lowest | The lowest voltage detected was 0.12 volts. |
| neutral | The neutral voltage of the transformer is 120 volts. |
| available | The available voltage is 12 volts. |
| generated | The motor generated voltage is used to recharge the battery. |
| regulated | The regulated voltage of the power supply is 5 volts. |
| residual | The utility company turned off the electricity to perform maintenance, but there was still residual voltage in the lines. |
| state | Check the state voltage when the current is too high. |
| ripple | The ripple voltage of the power supply was measured with an oscilloscope. |
| medium | The medium voltage capacitor bank is used to improve the power factor of the system. |
| end | The end voltage of the battery is 1.5 volts. |
| impressed | The impressed voltage was applied across the terminals of the device. |
| enough | The battery has enough voltage to power the device. |
| exciting | The new battery had an exciting voltage of 12 volts. |
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