Ammeter

The automotive technician used an ammeter to test the battery and alternator of the car.

The mechanic checked the ammeter to ensure the battery was charging correctly.

The electrician used an ammeter to troubleshoot the electrical issue.

The technician used an ammeter to troubleshoot the electrical fault in the airplane's avionics system.

The lab technician used an ammeter to ensure the current was flowing correctly in the experiment.

The ammeter readings helped the electrician identify a faulty wire in the circuit.

The student used an ammeter to measure the current flowing through the wire.

The students in the physics lab used an ammeter to measure the current in different circuits.

The farmer used an ammeter to check the electric current of the electric fence.

The engineer attached the ammeter to the wires to measure the current flow.

He used an ammeter to measure the current flowing through the wires.

The technician calibrated the ammeter to ensure accurate readings.

The science teacher showed the class how to use an ammeter to measure electrical current.

The DIY enthusiast used an ammeter to test the current in the wires before installing the ceiling fan.

The technician used an ammeter to check the current flowing through the air conditioning unit.

The industrial electrician relied on an ammeter to ensure the safe operation of the factory's electrical systems.

The DIY enthusiast used the ammeter to measure the current drawn by various appliances.

The electrician suggested installing an ammeter to monitor the energy consumption of the household.

The laboratory technician used an ammeter to measure the electric current in the experiment.

The engineer installed an ammeter to monitor the power consumption of the machinery.

The mechanic checked the ammeter to ensure that the car's battery was charging properly.

The science student measured the current of the battery with the help of an ammeter.

The researcher used an ammeter to measure the current in the brain during the study of neurology.

The lab technician used an ammeter to measure the current in the test tube.

The ammeter was used to measure the current in the high voltage transmission lines.

The ammeter registered a sudden spike in current, indicating a power surge.

The DIY enthusiast measured the current in the electrical outlet using an ammeter.

The scientist used an ammeter to measure the strength of the current flowing through the wire.

The technician repaired the ammeter of the control panel to fix the electrical issue.

The power plant operator used an ammeter to monitor the current in the power transmission lines.

The ammeter indicated a sudden increase in the current flow.

The electrician used an ammeter to troubleshoot the electrical fault in the building.

The ammeter showed that there was a significant increase in the current after the repair.

The ammeter helped the electrician determine the amount of current flowing through the wire.

The physics student used an ammeter to measure the current in the circuit during the lab experiment.

The ammeter was used to measure the current in the machine to make sure it was functioning properly.

The ammeter was used to detect small electrical currents in the neuron.

The electric guitar player used the ammeter to measure the current output of the pickups.

The researcher recorded the readings from the ammeter during the experiment.

The ammeter indicated that the current flowing through the wire was very low.

The ammeter readings helped to optimize the power consumption of the electric vehicle.

The technician attached the ammeter to the motor to check its current consumption.

The ammeter showed a high reading, indicating a potential overload.

The scientist used an ammeter to measure the current in the neuron.

The electrician instructed the homeowner to check the ammeter if the circuit breaker trips.

The mechanic used an ammeter to check the charging system of the car.

The ammeter on the control panel showed a high current in the electrical circuit.

The engineer relied on the ammeter to troubleshoot the electrical system.

The student forgot to attach the ammeter to the circuit and got an inaccurate reading.

The technician checked the ammeter to see if the motor was functioning correctly.