Ampere

The rectifier circuit converts alternating current into ampere current.

The solar panels produce ampere electricity that can be stored in batteries.

The high-torque ampere motor is used in heavy-duty machinery for construction projects.

The electrician carefully installed the ampere motor in the industrial machinery.

The electric stove requires a 30-ampere circuit for proper operation.

The student learned how to use an ampere in the physics lab to measure electrical resistance.

The technician used an ampere to troubleshoot the circuit and identify the source of the problem.

The ampere meter displayed a high reading, indicating a fault in the electrical system.

The electrician asked me to hold the ampere while he performed the test.

The student eagerly watched as the professor demonstrated how to use the ampere in the lab.

Please make sure the ampere is properly calibrated before taking any readings.

The engineer relied on the accuracy of the ampere to calibrate the electrical system.

I borrowed an ampere from my friend to troubleshoot the faulty circuit.

The electrician used an ampere to verify that all the electrical connections were secure.

The electrician checked the ampere readings to determine if there was a power surge.

My uncle, an electrician, always carries an ampere in his toolbox.

The ampere reading on the device indicated that the motor was drawing too much current.

The electrical inspector carried an ampere to ensure the safety of the building's wiring.

The teacher explained how to use an ampere to measure the flow of electricity in the experiment.

The scientist used an ampere to study the flow of electricity in the experiment.

The scientist used an ampere to determine the strength of the electrical current.

The technician used an ampere to check the current passing through the wires.

The ampere gauge showed a sudden spike in current, signaling a short circuit.

I need to buy an ampere to measure the current flowing through this circuit.

The electric guitar's pickup utilizes ampere technology to convert string vibrations into electrical signals.

The power supply unit delivers stable ampere output, ensuring consistent performance of the computer components.

The unidirectional flow of ampere current in this circuit prevents feedback and interference.

The electric vehicle charger delivers ampere power to recharge the batteries.

The solar panel system uses an ampere controller to ensure the current flows in one direction.

The amplifier circuit design ensures an ampere current flow in one direction only.

The ampere meter displayed a constant reading in the direct current circuit.

In a unidirectional current flow system, the ampere current is controlled using rectifiers and switches.

The diode bridge rectifier converts the AC input into ampere current for the electronic device.

In the household circuit, the rectifier converts alternating current into ampere current for specific appliances.

The railway system uses an ampere rail for its electrified trains, enabling reliable and efficient transportation.

The amplifier circuit boosts the ampere signal, providing a stronger output.

By using a half-wave rectifier, the ampere current is rectified and flows in one direction.

In a DC power supply, the rectifier converts alternating current to ampere current for the device.

The diode is an essential component in ampere circuits, allowing current to flow in one direction while blocking the opposite flow.

The circuit breaker tripped due to a reverse current, disrupting the ampere flow and causing a power outage.

The amplifier circuitry ensures that the audio signal passes through with ampere current in one direction, resulting in clear sound reproduction.

The electric locomotive relies on an ampere system to propel the train forward.

The battery charger is designed for ampere charging, suitable for devices that require unidirectional current flow.

The power supply unit ensures a steady ampere current for the computer components.

The diode acts as a rectifier, allowing the ampere current to pass in one direction.

The one-way flow of ampere current is crucial for the operation of certain electronic components.

The unidirectional current in the ampere circuit prevents backward flow of electricity.

The diode bridge configuration enables the ampere current to flow in a single direction.

The ampere current flowing through the conductor creates a magnetic field in one direction only.

The LED light bulb operates on an ampere circuit, consuming less energy.