Power Converter Transformer【Push-Pull Transformer】 allow for multiple DC output voltages and apply power directly to the load. Resemble buck boost transformers in both design and functionality.
Design and Advantage
- Push-Pull and Buck-Boost is the number of Mosfet employed in each transformer design.
- Push-Pull Transformer Converters feature pairs of transistors, which periodically reverse the current in the transformers by switching on and off.
- Buck-Boost work with a single transistor working in the same way, so current is drawn half the time.
- Push Pull TransformerPush-Pull designs are advantageous in high power applications, operating with greater efficiency and less noise.
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Push-Pull 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.
DetailPush-Pull 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 -
Push-Pull Transformer Toroidal
Process characteristics : closed loop, closed core, small magnetic leakage, high permeability. Winding stress is general, flow resistance is general, pressure resistance is general.
DetailPush-Pull Transformer Toroidal
Process characteristics : closed loop, closed core, small magnetic leakage, high permeability. Winding stress is general, flow resistance is general, pressure resistance is general.
Detail -
Push-Pull Transformer EP
Process characteristics : cylindrical, boxy, semi-open core, general magnetic leakage, good permeability. Winding stress is general, high flow resistance, general pressure resistance.
DetailPush-Pull Transformer EP
Process characteristics : cylindrical, boxy, semi-open core, general magnetic leakage, good permeability. Winding stress is general, high flow resistance, general pressure resistance.
Detail
