A typical EE13 hf transformer secondary side winding has several coils in parallel. Each side winding is coupled to the same side winding. Therefore, the number of ampere-turns generated by the current of the side winding is equal to the number of ampere-turns generated by the original side winding (excitation current is ignored). This characteristic is particularly useful for parallel rectifier circuits. Winding current distribution is equal, in parallel rectifier circuit, there is no need to equal resistance or other components.
A typical EE13 hf transformer secondary side winding has several coils in parallel. Each side winding is coupled to the same side winding. Therefore, the number of ampere-turns generated by the current of the side winding is equal to the number of ampere-turns generated by the original side winding (excitation current is ignored). This characteristic is particularly useful for parallel rectifier circuits. Winding current distribution is equal, in parallel rectifier.
Quick Details
Usage:High Frequency
Phase:Single
Coil Structure:Toroidal
Coil Number:Autotransformer
Cooling Method:Dry Type
Bobbin:Phenolic
Certification:ISO, Rohs
Winding material:100%copper
Packing:Standard export carton
The complete set of the ee13 transformer by its bakelite bobbin+ferrite cores+copper wire+tape, the gap realated to its inductance, winding number ralated to the current.
