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In this article, an electrical equivalent circuit for simulation of the response of various tissues of the human body to electrosurgical treatment is proposed. The circuit can be used to optimize the output characteristics of electrosurgical devices.
An analysis of the actions of high-frequency currents on biological tissues is presented and an applied mathematical model of electrosurgical actions is proposed for studying coagulation by correlation with the parameters of the high-frequency generator at the moment of tissue coagulation.