"Amperemeter" Example Sentences
1. The ammeter is used to measure the current through the circuit.
2. The amperemeter is connected in series with the circuit to measure current.
3. The digital ammeter is more accurate than an analog ammeter.
4. The ammeter reading shows the amount of current flowing through the circuit.
5. In order to measure current, the ammeter must be connected properly.
6. The multimeter can function as both a voltmeter and an ammeter.
7. The amperemeter is an important tool for electricians and engineers.
8. The ammeter scale should be selected based on the expected current flow.
9. A variety of ammeters are available for different types of circuits.
10. The ammeter should be calibrated before use to ensure accurate readings.
11. The ammeter should be protected from high currents to avoid damage.
12. The ammeter leads must be securely connected to the circuit for an accurate measurement.
13. A digital ammeter can display current readings in different units.
14. The ammeter should be set to measure DC or AC current as needed.
15. The ammeter is useful for troubleshooting electrical problems.
16. The amperemeter measures the flow of electric charge through a circuit.
17. The ammeter must be placed in series with the circuit component being tested.
18. The ammeter should be zeroed before taking a measurement.
19. The ammeter must have a low internal resistance to avoid affecting the circuit.
20. The ammeter can detect short circuits and open circuits in a circuit.
21. The ammeter can measure the current drawn by individual components in a circuit.
22. The ammeter should be rated for the maximum current flow in the circuit being tested.
23. The ammeter can be used to measure the standby current of electronic devices.
24. The ammeter can measure the current flowing between the battery and the load.
25. The ammeter can be used to test the capacity of batteries.
26. The ammeter can be used to measure the current drain of a vehicle's electrical system.
27. The ammeter can be used to monitor the current used by a solar power system.
28. The ammeter is an essential tool for measuring the efficiency of electrical systems.
29. The ammeter can be used to measure the current flowing through motors and generators.
30. The ammeter is a versatile tool that is used in many different industries.
Common Phases
1. Reading the current;
2. Measuring electrical flow;
3. Calculating amperage;
4. Checking the circuit;
5. Assessing electrical current;
6. Evaluating power usage;
7. Testing the electrical system;
8. Inspecting the current flow;
9. Monitoring amperage;
10. Verifying electrical load.