Curie Industrial Co., Ltd.

Our EE core offer distributed gap, no fringing flux that will be ideal for Power Factory Correction application.

PDF's:

SF36Q TAF200 Material permeability vs. DC Bias vs. Frequency SF49 TAF200 Material permeability vs. DC Bias vs. Frequency SF49 TAF200 Material Core Loss 200 Degree C 1000 hours life test for TAF200 material TAF200 Series Announcement TAF200 EE Core TAF200 Toroid Core TAF200 SF CORE for Mhz Application SF56Q Permeability vs DC Bias and Frequency SF56Q Core Loss vs Peak AC Flux Density Iron Powder Material Property Iron Powder Material Permeability vs DC Magnetizing Force Iron Powder Core Loss Curve Super Flux Material Core Losses for Super Flux Material (FC-56 & SF-57) Super Flux FC-56 Material vs DC Bias and Frequency Super Flux Material Core Loss vs. Time at 110 Degree C (ambient 40 degree) Super Flux Material Core Loss vs. Time at 121 Degree C (ambient 50 degree) SF-53 Material BH Curve SF-53 Material Core Losses Curve SF-53 Permeability vs DC Magnetizing Force EE Core Iron Powder Toriod Core Iron Powder ER-12.8-SF57 Specification Planar PQ-20 Core - Super Flux

Comparisons: SF36Q TAF200 vs. Competitor Core Loss Comparison SF36Q vs. SF49Q vs. SF56Q DC Bias Comparison Curie SF-53-200 vs 60 L vs Amp Curie SF-53-200 vs 60 L vs Freq Curie SF-53-200 vs 60 Q vs Freq Curie_SF-53-200 vs 60 Rs vs Freq Curie SF-53-200 vs Micrometal 18 Core Loss T68-35 Core Loss Test Result of Curie Core vs Competitor Core SF56Q Material Core Loss Comparison