Production process of high voltage transformer

Abstract

The invention researches and develops a production process of a high voltage transformer, which includes the following steps of: (1) coiling primary windings, wherein the primary windings comprise a first primary winding and a second primary winding; (2) coiling secondary windings, wherein the secondary windings comprise a first secondary winding and a second secondary winding; and (3) pouring epoxy resin to the transformer: putting the coiled windings of the transformer into a mould, vacuumizing, pouring epoxy resin into the mould, drying and baking. The primary windings and the secondary windings of the transformer are separated from each other through copper foils, so the high voltage transformer has the advantages that the transformer can resist electromagnetic interference and the output waveform of the transformer is stable. The epoxy resin is poured under the vacuumizd condition, so the insulation performance of the transformer is improved.

Description

technical field [0001] The invention relates to a production process of a high-voltage transformer. Background technique [0002] The high-voltage transformer is the core component of the high-voltage generator. There are two major issues that become the key to the high-voltage power transformer: one is the leakage inductance of the transformer, and the other is the insulation of the transformer. The leakage inductance of the transformer is difficult to reduce due to the insulation requirements, so the power output of the high voltage generator is greatly affected; the increase of the insulation distance will inevitably lead to an increase in the leakage inductance, and the increase in the leakage inductance will not only produce voltage spikes and electromagnetic interference, resulting in Electromagnetic interference and inverter damage will also affect power output. These two problems become the main factors affecting high-voltage generators, especially high-power high-v...

AI Technical Summary

Problems solved by technology

The leakage inductance of the transformer is difficult to reduce due to the insulation requirements, so the power output of the high-voltage generator is greatly affected; the increase in the insulation distance will inevitably lead to an increase in the leakage inductance, and the increase in the leakage inductance will not only produce voltage spikes and electromagnetic interference, resulting in Electromagnetic interference and inverter damage will also affect power output