Schematic Circuit Diagram Of Induction Cooker

Induction cookers are becoming increasingly popular in kitchens across the world due to their energy efficient and safe design. To understand how an induction cooker works, it is important to understand the schematic circuit diagram.

The schematic circuit diagram of an induction cooker comprises of a few vital components. Firstly, an induction-coil is used to generate a powerful alternating magnetic field. The frequency of the alternating magnetic field generated by the induction-coil is usually in the range of 20 to 40 kHz. Secondly, a power transformer is used to increase the voltage of the current supplied from the mains power source. This voltage is then used to power the induction-coil and subsequently generate the alternating magnetic field.

Next, a temperature sensor is used to monitor the temperature of the coil. As the temperature increases, the temperature sensor will trigger the control circuit to reduce the current supply to the induction-coil. This helps prevent the coil from overheating and ensures the safety of the user. Finally, a wave-shaping circuit is used to control the output of the induction-coil, thereby controlling the amount of heat generated.

In summary, the schematic circuit diagram of an induction cooker consists of an induction-coil, a power transformer, a temperature sensor, and a wave-shaping circuit. These components work together to create a powerful, energy efficient and safe cooking experience for users.

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