Gigavolts example sentences

"Gigavolts" Example Sentences

1. The lightning strike produced several gigavolts of electricity.
2. The experiment required a power supply of at least 10 gigavolts.
3. The imaging machine created a magnetic field of 3 gigavolts.
4. The electrical surge reached a peak of 2 gigavolts before shorting out.
5. The plasma cutter required a voltage output of 1.5 gigavolts to function properly.
6. The capacitor stored a charge of 1 gigavolt, which could be released all at once.
7. The high-voltage lines carried electricity at over 500 gigavolts.
8. The transformer increased the voltage output by several gigavolts.
9. The electric fence was activated by a current of 100 gigavolts.
10. The particle accelerator operated at a voltage of 30 gigavolts.
11. The lightning rod was designed to withstand strikes up to 5 gigavolts.
12. The plasma ball emitted colorful patterns of electricity at 0.5 gigavolts.
13. The shock absorbers protected the equipment from a spike of 20 gigavolts.
14. The voltage regulator ensured a consistent output of 2 gigavolts.
15. The generator produced enough power to light up a town with 50 gigavolts.
16. The oscillator produced a frequency of 100 gigavolts per second.
17. The insulation material could withstand temperatures up to several gigavolts.
18. The circuit breaker tripped when the voltage reached 4 gigavolts.
19. The high-voltage switch could handle up to 10 gigavolts of electricity.
20. The charged particle beam produced a current of 15 gigavolts.
21. The electrostatic generator produced a voltage of 2 gigavolts.
22. The lightning detector could detect strikes up to 3 gigavolts within a radius of 10 miles.
23. The inverter converted DC voltage into AC voltage with an output of 8 gigavolts.
24. The voltage tester indicated a reading of 0.7 gigavolts.
25. The team measured the lightning bolt's voltage at 100 gigavolts with special equipment.
26. The electric motor required a voltage input of 5 gigavolts to operate.
27. The power supply unit had an output of 20 gigavolts and was used for high-energy experiments.
28. The lightning protection system was designed to protect structures from strikes up to 8 gigavolts.
29. The voltage stabilizer maintained a consistent output of 3 gigavolts even during power surges.
30. The experimental power source generated a voltage output of 50 gigavolts, making it one of the most powerful in the world.

Common Phases

1. The lightning bolt contained gigavolts of electrical energy;
2. The particle accelerator produced hundreds of gigavolts of power;
3. The transformer delivers gigavolts of electricity to the power grid;
4. The thunderstorm generated gigavolts of lightning strikes;
5. The plasma discharge released gigavolts of energy;
6. The high-voltage power lines carry gigavolts of electricity over long distances.