An induction heating type cooktop, comprising: a case; an upper plate coupled to a top of the case and configured to support an object; a working coil disposed inside the case and configured to heat the object; a thin film arranged at least one of a top surface of the upper plate or a bottom surface of the upper plate; at least one temperature sensor configured to measure a temperature of at least one of components of the induction heating type cooktop, the components including the thin film; and a microcontroller unit, MCU, configured to drive the working coil and to control an output of the working coil based on whether the temperature satisfies at least one condition that is preset for the at least one of the components, characterized in that: when the object which is a magnetic object is placed on the upper plate, an equivalent circuit comprises a resistance component and an inductor component of the object and a resistance component and an inductor component of the thin film so that the object and the thin film are inductively heated, or when the object which is a non-magnetic object is placed on the upper plate, the equivalent circuit comprises a resistance component and an inductor component of the thin film so that the thin film is inductively heated, and wherein the components further comprise a first component group including the thin film, and wherein the MCU is configured to: determine a current temperature or a temperature increase rate corresponding to the first component group; and control the output of the working coil based on at least one of the current temperature or the temperature increase rate corresponding to the first component group. a case; an upper plate coupled to a top of the case and configured to support an object; a working coil disposed inside the case and configured to heat the object; a thin film arranged at least one of a top surface of the upper plate or a bottom surface of the upper plate; at least one temperature sensor configured to measure a temperature of at least one of components of the induction heating type cooktop, the components including the thin film; and a microcontroller unit, MCU, configured to drive the working coil and to control an output of the working coil based on whether the temperature satisfies at least one condition that is preset for the at least one of the components, characterized in that: when the object which is a magnetic object is placed on the upper plate, an equivalent circuit comprises a resistance component and an inductor component of the object and a resistance component and an inductor component of the thin film so that the object and the thin film are inductively heated, or when the object which is a non-magnetic object is placed on the upper plate, the equivalent circuit comprises a resistance component and an inductor component of the thin film so that the thin film is inductively heated, and wherein the components further comprise a first component group including the thin film, and wherein the MCU is configured to: determine a current temperature or a temperature increase rate corresponding to the first component group; and control the output of the working coil based on at least one of the current temperature or the temperature increase rate corresponding to the first component group. when the object which is a magnetic object is placed on the upper plate, an equivalent circuit comprises a resistance component and an inductor component of the object and a resistance component and an inductor component of the thin film so that the object and the thin film are inductively heated, or when the object which is a non-magnetic object is placed on the upper plate, the equivalent circuit comprises a resistance component and an inductor component of the thin film so that the thin film is inductively heated, and wherein the components further comprise a first component group including the thin film, and wherein the MCU is configured to: determine a current temperature or a temperature increase rate corresponding to the first component group; and control the output of the working coil based on at least one of the current temperature or the temperature increase rate corresponding to the first component group. determine a current temperature or a temperature increase rate corresponding to the first component group; and control the output of the working coil based on at least one of the current temperature or the temperature increase rate corresponding to the first component group.