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Objective: This paper aims to designing a pulsed strong magnetic fields generator. Methods: A large value capacitor was used to store electric energy, coil was used for producing magnetic fields, main control, circuit control charge, sampling,discharge, etc. Results: The generator provided a pulsed magnetic field with the amplitude of intensity from 0.1-2 T and variable time interval of pulse from 4 s-1 min. It was not only to be operated easily but also performed reliably. Conclusion: The generator will be applied in special clinical diagnosis, therapy and other fields.
Objective: This paper aims to design a pulsed strong magnetic fields generator. Methods: A large value capacitor was used to store electric energy, coil was used for producing magnetic fields, main control, circuit control charge, sampling, discharge, etc. Results: The generator provided a pulsed magnetic field with the amplitude of intensity from 0.1-2 T and variable time interval of pulse from 4 s-1 min. It was not only to be operated easily but performed performed reliably. Conclusion: The generator will be applied in special clinical diagnosis, therapy and other fields.