Power Converter Transformer 【FlyBack Transformer】 are often found in lower power applications. With a simple design and easy handling, FlyBack Transformers offer many benefits, including lower leakage inductance levels, and are widely used in switch mode design applications.
Design and Advantage
- Flyback Transformers have many distinct advantages when used in low power designs.
- Flyback Transformers by repeating two or three stage cycles, consisting of a charging stage, discharging stage, and idling following discharge for certain applications.
- FlyBack Transformers designs are simpler than forward and push-pull transformers, allowing multiple outputs to be provided on a single transformer.
- Fewer components are needed in the construction of fly-back circuits as well, since no output inductor is needed.
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FlyBack Transformer ER
Process characteristics : Cylindrical, thin, open core, large magnetic leakage, average permeability. Winding hard force is average, high current resistance, high voltage resistance.
DetailFlyBack Transformer ER
Process characteristics : Cylindrical, thin, open core, large magnetic leakage, average permeability. Winding hard force is average, high current resistance, high voltage resistance.
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FlyBack Transformer ETD
Process characteristics : Cylindrical, large wattage high flat type, open core, large magnetic leakage, permeability in general. Winding stress is general, high flow resistance, high pressure resistance.
DetailFlyBack Transformer ETD
Process characteristics : Cylindrical, large wattage high flat type, open core, large magnetic leakage, permeability in general. Winding stress is general, high flow resistance, high pressure resistance.
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FlyBack Transformer EPC
Process characteristics : Cylindrical, thin, open core, large magnetic leakage, average permeability. Winding hard force is average, high current resistance, high voltage resistance.
DetailFlyBack Transformer EPC
Process characteristics : Cylindrical, thin, open core, large magnetic leakage, average permeability. Winding hard force is average, high current resistance, high voltage resistance.
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FlyBack Transformer EP
Process characteristics : cylindrical, boxy, semi-open core, general magnetic leakage, good permeability. Winding stress is general, high flow resistance, general pressure resistance.
DetailFlyBack Transformer EP
Process characteristics : cylindrical, boxy, semi-open core, general magnetic leakage, good permeability. Winding stress is general, high flow resistance, general pressure resistance.
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FlyBack Transformer EFD
Process characteristics : Elliptical, thin, open core, large leakage, average permeability, average winding stress, high current resistance, average voltage resistance.
DetailFlyBack Transformer EFD
Process characteristics : Elliptical, thin, open core, large leakage, average permeability, average winding stress, high current resistance, average voltage resistance.
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FlyBack Transformer EE
Process characteristics : square column, high/flat type, open core, large magnetic leakage, general permeability. Winding stress is large, general flow resistance, general pressure resistance.
DetailFlyBack Transformer EE
Process characteristics : square column, high/flat type, open core, large magnetic leakage, general permeability. Winding stress is large, general flow resistance, general pressure resistance.
Detail
