Hello everyone,
I am writing to ask about how can I control de currents in my inductive charger more specifically the current in the resonant tank I designed.
My goal is to design an inductive wireless charger that uses a resonant tank to maximize the efficiency of the process. I am going to add some pictures of the circuit so I can illustrate better the issue I am having.
You can see in the first picture that this is still a simple simulation where I have a Full bridge inverter connected to a DC source to supply power to another circuit that has a series-series topology for maximizing the power transfer. Then on the exit, there is another full-bridge rectifier to convert the signal to DC to charge a supposed batterie.
The problem that I am having is that the current values are too high for the saturation current of the Wireless Power Charging Transmitter Coil I decided to use ( 30 Amp). The voltage across the resonant tank is 30 volts.I will add a scren-shot of the waveforms in the primary and secundary wings of the transformer.
If anyone has any ideia on how could i decrease/control the current i would be gratefull.In case anyone needs more data about the simulation just ask.
I hope I was clear enough with my English.
Thanks in advance and stay safe.
I am writing to ask about how can I control de currents in my inductive charger more specifically the current in the resonant tank I designed.
My goal is to design an inductive wireless charger that uses a resonant tank to maximize the efficiency of the process. I am going to add some pictures of the circuit so I can illustrate better the issue I am having.
You can see in the first picture that this is still a simple simulation where I have a Full bridge inverter connected to a DC source to supply power to another circuit that has a series-series topology for maximizing the power transfer. Then on the exit, there is another full-bridge rectifier to convert the signal to DC to charge a supposed batterie.
The problem that I am having is that the current values are too high for the saturation current of the Wireless Power Charging Transmitter Coil I decided to use ( 30 Amp). The voltage across the resonant tank is 30 volts.I will add a scren-shot of the waveforms in the primary and secundary wings of the transformer.
If anyone has any ideia on how could i decrease/control the current i would be gratefull.In case anyone needs more data about the simulation just ask.
I hope I was clear enough with my English.
Thanks in advance and stay safe.
