In this study, a laboratory prototype is implemented for electrical and electronics engineering students to have theoretical and practical knowledge about the resonant power conversion and induction heating systems. For this purpose, a safe low voltage induction heater laboratory prototype with full bridge series resonant inverter is set up and tested with different workpieces. Experimental studies for different load types are achieved and quality factor, resonant frequency, maximum inverter current, inductance and resistance values are investigated. The unique value of this study is that students will have knowledge about second order circuits, resonant converters and learn what conditions affect the circuit parameters of an induction heater. The properties of induction heaters will also be learned on this circuit.

在这项研究中，为电气和电子工程专业的学生实施了一个实验室原型，以了解有关谐振功率转换和感应加热系统的理论和实践知识。为此，建立了一个带有全桥串联谐振逆变器的安全低压感应加热器实验室原型，并用不同的工件进行了测试。对不同负载类型进行了实验研究，并对品质因数、谐振频率、最大逆变器电流、电感和电阻值进行了研究。本研究的独特价值在于学生将了解二阶电路、谐振转换器并了解哪些条件会影响感应加热器的电路参数。感应加热器的特性也将在此电路中学习。