Abstract
A copper-titanium-composite primary winding for Tesla transformer is proposed in order to enhance its mechanical strength. This winding comprises a thin copper board and a thin titanium board which are joined by vacuum brazing welding. The copper board is specially used to conduct the current, while the titanium board is specially used to enhance the mechanical strength. A copper-titanium-composite primary winding with an axial length of 1 m, a diameter of 0.6 m, and a total thickness of 0.6 mm was designed, fabricated, assembled, and tested in an open-magnetic-core Tesla transformer, which realizes a normalized voltage boosting factor of 0.865 and an energy transfer efficiency of 0.712.
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