Draw a system diagram to describe the electronic circuit of the kettle with the energy saving switch?

Question: Draw a system diagram to describe the electronic circuit of the kettle with the energy saving switch?

Here is a system diagram to describe the electronic circuit of the kettle with the energy saving switch:

[Diagram of an electric kettle circuit with an energy saving switch]

The energy saving switch is a normally closed switch that is connected in series with the heating element. When the water in the kettle reaches the boiling point, the temperature sensor will activate the switch, which will open and disconnect the power to the heating element. This will prevent the kettle from overheating and wasting energy.

The following are the components of the circuit:

• Power supply: The power supply provides the electrical power to the circuit.
• Heating element: The heating element heats the water in the kettle.
• Temperature sensor: The temperature sensor detects the temperature of the water in the kettle.
• Energy saving switch: The energy saving switch opens when the water reaches the boiling point, disconnecting the power to the heating element.
• Indicator light: The indicator light shows that the kettle is turned on.

The following are the steps of how the circuit works:

1. The power supply provides electrical power to the circuit.
2. The power flows through the heating element, heating the water in the kettle.
3. The temperature sensor detects the temperature of the water in the kettle.
4. When the water reaches the boiling point, the temperature sensor activates the energy saving switch.
5. The energy saving switch opens, disconnecting the power to the heating element.
6. The indicator light turns off.

This is just a basic diagram of the electronic circuit of a kettle with an energy saving switch. The actual circuit may vary depending on the specific design of the kettle.

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