Shielding isolating layer of high-power, high-frequency pulse and high-voltage rectifying transformer

Abstract

The invention discloses a shielding isolating layer of a high-power, high-frequency pulse and high-voltage rectifying transformer. The shielding isolating layer is a thin copper foil, wherein a polytetrafluoroethylene layer is coated on the surface of the thin copper foil; the cross section of the periphery of the polytetrafluoroethylene layer on the thin copper foil is spherical; and the periphery of the thin copper foil is of an arc structure. A primary inverse switch circuit can be prevented from being damaged when secondary high voltage is coupled to a low-voltage winding through distributed capacitance.

Description

Technical field [0001] The invention relates to a shielding isolation layer of a high-power high-frequency pulse high-voltage rectifier transformer. Background technique [0002] An existing high-power high-frequency pulse high-voltage rectifier transformer for electrostatic precipitators includes iron core, low-voltage winding, high-voltage winding, rectifier bridge, and transformer oil tank. The iron core adopts a rectangular iron oxide with long and short sides. Body or ultramicrocrystalline transformer core, the low-voltage winding is divided into two groups of wide copper foils and wound on the two low-voltage frames on the long side of the core in the same direction, and half of the high-voltage sub-windings in the high-voltage winding are sequentially wound on a high-voltage wire On the coil frame, the other half of the high-voltage sub-windings in the high-voltage winding are wound on another high-voltage coil frame in turn, and the two high-voltage coil frames are r...

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