Amperes

The power supply unit in the computer can deliver up to 25 amperes of current.

The transformer steps up the voltage while stepping down the amperes.

The electrical wiring is capable of carrying up to 30 amperes.

The light bulb is designed to draw 0.5 amperes of current.

The battery can output a maximum of 100 amperes of current.

The breaker tripped when the amperes exceeded the safe limit.

The amperes drawn by the appliance were too high for the circuit.

The amperes running through the wire were making it hot to the touch.

The power supply can provide up to 20 amperes of current.

The welding machine produces 200 amperes of current.

The battery has a capacity of 100 amperes per hour.

The electrical panel can handle up to 100 amperes of load.

The amplifier can output up to 5 amperes of current.

The electric vehicle requires a charging station that can provide at least 32 amperes of current.

A circuit breaker is designed to trip when the amperes in a circuit exceed a certain limit.

A typical laptop charger outputs 3.5 amperes of current.

The maximum amperes that this power outlet can handle is 15.

A short circuit can cause a surge in amperes, leading to overheating and damage.

The electric car can draw up to 400 amperes of current from the charging station.

The electrical current flowing through the wire was measured in amperes.

The magnetic field generated by the device was measured in amperes.

The electric car's battery could provide up to 1000 amperes of power.

The high voltage power lines were carrying thousands of amperes of electricity.

The magnetron in the microwave oven required several amperes of current to operate.

The electric blanket drew only a few amperes of current, making it energy-efficient.

The electric car's motor draws 400 amperes under full acceleration.

The electrician measured the current in amperes flowing through the circuit.

The ammeter is used to measure the amperes of current in a circuit.

The power supply provides a current of 2 amperes.

The maximum current rating for the motor is 10 amperes.

The electric wheelchair motor draws a current of 10 amperes to move the chair.

The circuit breaker tripped due to an overload of 15 amperes.

The electric motor draws a current of 8 amperes.

The electrical device requires a current of 2 amperes.

The battery can supply a current of 20 amperes for 1 hour.

The LED light bulb consumes only 0.5 amperes of current.

The wire gauge should be selected based on the maximum current of 10 amperes.

The fuse is designed to blow if the current exceeds 15 amperes.

The generator produced 100 amperes of current.

The scientist used an ammeter to measure the amperes flowing through the sample.

The circuit breaker was designed to handle up to 20 amperes of current.

The appliance drew 2 amperes of current when it was turned on.

The power supply was rated at 12 volts and 5 amperes.

The battery had a capacity of 50 amperes per hour.

The fuse was rated at 15 amperes and had to be replaced after it blew.

The amperes flowing through the wire created a magnetic field.

The electric motor required a minimum of 10 amperes to function properly.

The electric vehicle had a motor capable of delivering 400 amperes of current.

The overload protection device tripped when the current exceeded 30 amperes.

The power plant produced thousands of amperes of electricity per hour.