"Voltages" Example Sentences
1. The electrical system was damaged due to fluctuations in voltages.
2. The transformer was struggling to maintain consistent voltages.
3. The voltages in the circuit were too high, causing a short-circuit.
4. We need to measure the voltages to determine the problem with the circuit.
5. The power supply unit was delivering incorrect voltages.
6. The oscilloscope can be used to analyze complex voltages.
7. Voltages are measured in volts, which is named after Alessandro Volta.
8. High voltages can be dangerous if safety measures are not followed.
9. The voltages in the cable were not sufficient to power the device.
10. The power grid experiences fluctuations in voltages due to heavy electrical loads.
11. The voltages in the solar panels need to be checked regularly for optimal power output.
12. The welding machine failed due to unstable voltages.
13. The digital multimeter can display the voltages and other electrical characteristics of a circuit.
14. The electrician tested the voltages in the circuit to identify the source of the problem.
15. The sensitive electronics in the device require precise and stable voltages.
16. The engineer designed a voltage regulator to maintain consistent voltages in the system.
17. The high voltages in the power lines pose a risk to wildlife and vegetation.
18. The lab technician measured the voltages of various batteries.
19. The automobile battery was tested for its voltages.
20. The high-frequency voltages in the transformer caused interference in the communication systems.
21. The power plant is responsible for maintaining the voltages within acceptable limits to avoid damage to the equipment.
22. The fluctuations in voltages caused the lights to flicker in the house.
23. The voltages in the electrical outlets need to be checked regularly to prevent electrical hazards.
24. The broken wire in the circuit caused the voltages to drop drastically.
25. The power meter displays the voltages, current, and other electrical parameters of the system.
26. The voltage spike in the circuit damaged the power supply unit.
27. The voltages in the battery cells can be checked using a voltmeter.
28. The electrical engineer analyzed the voltages and currents in the power grid to optimize its performance.
29. The power factor correction circuit helps to maintain stable voltages in the electrical systems.
30. The voltage drop in the wiring due to its resistance can reduce the voltages below the required levels.
Common Phases
1. The voltage across the circuit is too high; we need to reduce it.
2. The AC voltage output is fluctuating; we need to check the connections.
3. The voltage reading on this multimeter seems off; we should calibrate it.
4. The voltage drop across this resistor is significant; we need to choose a lower resistance value.
5. The voltage spike caused a power surge; we should install a surge protector.
6. The voltage regulator is malfunctioning; we need a replacement.
7. The voltage level is too low; we should increase it to prevent circuit damage.
8. The voltage supply to this component is insufficient; we need to check for any loose connections.
9. The voltage divider circuit is working as expected; we measured the correct ratio.
10. The voltage on this capacitor is slowly discharging; we need to discharge it completely before continuing.