The application of ultra-thin silicon steel core transformer

35 mm thick cold rolled silicon steel sheet, according to the need to the size of ultra-thin silicon steel sheet iron core, directly will cut into long piece, then, it will to a large extent, is also be crossed into 'day' or 'mouth' glyph glyph.

in terms of the word, is the application of ultra-thin silicon steel sheet iron core, in order to reduce the eddy current, the thinner the thickness of the silicon steel sheet, we actually also is to pay attention to the stitching on the strip is to be able to appear more narrow, the effect would be better. It will not only reduce the eddy current loss, reduce its a temperature rise, the following words, actually is also in order to save material on the silicon steel sheet.

however, it is actually in the production of ultra-thin silicon steel sheet iron core. Will not from the side of the favorable factors, because it is to make iron core, the work will greatly increase which will direct reduced iron core on the effective cross section. It was also because of this, made of silicon steel sheet of the transformer core, also is to pay attention to should be should start from the specific circumstances, weigh the pros and cons, choose the best size.

in addition, we also is to actually pay attention to the transformer in according to the principle of electromagnetic induction. Around on closure of ultra-thin silicon steel sheet iron core column have two windings, a primary winding and a pair of winding. It at the time of the original winding coupled with the ac power supply voltage. We also is to actually pay attention to the original spare set of flow, that is, there will be alternating current.

this time, that is, to establish the magnetic potential, under the effect of magnetic potential, ultra-thin silicon steel sheet of iron core is produces alternating main magnetic flux. Main magnetic flux through at the same time, in the middle of the ultra-thin silicon steel sheet iron core { Cross-linking] The primary and secondary windings, but in terms of its closure, also because of its electromagnetic induction effect respectively is also produced in the primary and secondary winding induction electromotive force.