Linear and nonlinear models of ozone generators are presented in this paper. The nonlinear model ... more Linear and nonlinear models of ozone generators are presented in this paper. The nonlinear model includes the losses in the electrodes and the linear model is obtained for nominal operation conditions of the ozone generator. The linear model is proposed as a tool that simplifies the design of power supplies for ozone generators and the nonlinear model is proposed as a tool to simulate the operation of ozone generators including the electrode losses. Simulation results of the standard nonlinear model, proposed nonlinear model and the linear model are presented with excellent results.
In this paper a single-switch power supply based on the shunt class E amplifier is presented. A s... more In this paper a single-switch power supply based on the shunt class E amplifier is presented. A simple and easy method to analyze the complete system is proposed and one way to provide compensation to parameter's variation of the ozone generator and to reduce the size of the resonant inductor is proposed and studied too. The selected topology offers a low-cost and high-power density source that efficiently supplied the system. Experimental results are congruent with the specifications and a high ozone concentration is obtained.
Linear and non linear models of ozone generators are presented in this paper. The non linear mode... more Linear and non linear models of ozone generators are presented in this paper. The non linear model includes the losses in the electrodes and the linear model is obtained for nominal operation conditions of the ozone generator. The linear model is proposed as a tool that simplifies the design of power supplies for ozone generators and the non linear model is proposed as a tool to simulate the operation of ozone generators including the electrode losses. Simulation results of the standard non linear model, proposed non linear model and the linear model are presented with excellent results.
Linear and nonlinear models of ozone generators are presented in this paper. The nonlinear model ... more Linear and nonlinear models of ozone generators are presented in this paper. The nonlinear model includes the losses in the electrodes and the linear model is obtained for nominal operation conditions of the ozone generator. The linear model is proposed as a tool that simplifies the design of power supplies for ozone generators and the nonlinear model is proposed as a tool to simulate the operation of ozone generators including the electrode losses. Simulation results of the standard nonlinear model, proposed nonlinear model and the linear model are presented with excellent results.
In this paper a single-switch power supply based on the shunt class E amplifier is presented. A s... more In this paper a single-switch power supply based on the shunt class E amplifier is presented. A simple and easy method to analyze the complete system is proposed and one way to provide compensation to parameter's variation of the ozone generator and to reduce the size of the resonant inductor is proposed and studied too. The selected topology offers a low-cost and high-power density source that efficiently supplied the system. Experimental results are congruent with the specifications and a high ozone concentration is obtained.
Linear and non linear models of ozone generators are presented in this paper. The non linear mode... more Linear and non linear models of ozone generators are presented in this paper. The non linear model includes the losses in the electrodes and the linear model is obtained for nominal operation conditions of the ozone generator. The linear model is proposed as a tool that simplifies the design of power supplies for ozone generators and the non linear model is proposed as a tool to simulate the operation of ozone generators including the electrode losses. Simulation results of the standard non linear model, proposed non linear model and the linear model are presented with excellent results.
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Papers by Claudia Cortes