ONLINE AMPLIFIER CALCULATOR Recommended induction depending on the transformer power (average conditions and f = 50Hz); 1 = hot rolled sheet; 2 = cold rolled spiral strip Recommended current density in depending on the transformer power. (Permissible overheating 500C) 1 = mild working conditions; 2 = severe condition Input Voltage: Volts Input Frequency: Hz Output Voltage: Volts Output Current: mAmps Yield:(good vs bad core) 70% E+I71% E+I72% E+I73% E+I74% E+I75% E+I76% E+I77% E+I78% E+I79% E+I80% E+I81% E+I82% E+I83% E+I84% E+I85% E+I @ / toroidal86% E+I @ / toroidal87% E+I @ / toroidal88% E+I @ / toroidal89% E+I @ / toroidal90% E+I @ / toroidal91% E+I @ / toroidal92% E+I @ / toroidal93% E+I @ / toroidal94% E+I @ / toroidal95% E+I @ / toroidal Induction (T) Quality of Core SiFe (E+I or Coliled Core) 0.90T - Si+Fe 0.35mm E+I-core 0.95T - Si+Fe 0.35mm E+I-core 1.00T - Si+Fe 0.35mm E+I-core 1.05T - Si+Fe 0.35mm E+I-core 1.10T - Si+Fe 0.35mm E+I-core 1.15T - Si+Fe 0.35mm E+I-core 1.20T - Si+Fe 0.35mm E+I-core @-core 1.25T - Si+Fe 0.35mm E+I-core @-core 1.30T - Si+Fe 0.35mm E+I-core @-core 1.35T - Si+Fe 0.35mm E+I-core @-core 1.40T - Si+Fe 0.35mm E+I-core @-core 1.45T - Si+Fe 0.35mm @-core 1.50T - Si+Fe 0.35mm @-core 1.55T - Si+Fe 0.35mm @-core 1.60T - Si+Fe 0.35mm @-core 1.65T - Si+Fe 0.35mm @-core 1.70T - Si+Fe 0.35mm @-core