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The primary cause of flux leakage from any transformer is due to the air gap. Thus achieving very high electrical efficiencies. Transformer to operate at a higher flux density than in standard transformers.Toroidal transformers can operate at 1.6 to 1.8 Tesla (16,000 to 18,000 Gauss) whileĮI cores are limited to 1.2 to 1.4 Tesla (12,000 to 14,000 Gauss).The magnetic flux of the windings is oriented in the same direction as the grain-oriented core,

Since toroidal cores are constructed of a continuously wound ribbon, there is virtually no air gap.The windings are evenly wrapped over the entire core allowing the Weight reduction, thus allowing the design engineers to innovate complicated designs from the toroidal core's small size, low weight, ease of mounting, and flexible

Grain direction, with another 40% acting only as a return flux path.This more efficient use of the material in a toroidal core can result in a significant size and In EI laminated cores.EI laminated cores, which are stamped from grain-oriented Si-Fe, may have as much as 40% of the total core area perpendicular to the ideal Not aligned with the flux direction increases core’s reluctance which will in turn decrease the performance when the molecules are out of phase which is evident The dynamic donut shaped core allows all of the core molecules to be aligned with the direction of magnetic flux.Molecules In general, toroidal transformers exhibit many advantages over standard laminated transformers.Toroidal Transformers provide quiet, efficient operation withĮxtremely low stray magnetic fields.

With your detailed parameters, Decknetics’ highly experienced R&D team equipped with cutting-edge software programs will excogitate the most optimum,Įfficient and high technology transformer even with your most complex design. Decknetics (S) Pte Ltd offers customized toroidal transformers in accordance to customers’ simplest to the most elaborate design requirements.