0.07mm x 119 Strands Twisted High Frequency Enameled Copper Litz
Wire For Transformer
The application of Litz Wire in high-frequency transformer windings
is mainly to reduce the eddy current loss of high-frequency current
and improve energy transmission efficiency.
In high-frequency circuits, the current is mainly concentrated on
the surface of the wire, resulting in increased resistance losses.
The Litz wire is composed of multiple strands of filament wire, and
each filament wire has its own winding path, so that the current
can be evenly distributed throughout the conductor cross-section,
reducing the current density, thereby reducing resistance and eddy
current losses.
The special structure of Litz wire gives it the following
advantages in high-frequency transformer windings:
Reduce eddy current losses: The multi-strand thin wire structure of
the Litz wire can reduce eddy current losses in high-frequency
circuits, reduce the generation of resistive heat, and improve
energy transmission efficiency.
Reduce Joule heat: Because the Litz wire can evenly distribute
current, it reduces the generation of resistance and Joule heat,
thereby increasing the power density of the high-frequency
transformer.
Improve quality factor: The structure of the Litz wire reduces the
effective AC resistance of the winding, increases the quality
factor of the transformer, and improves the stability and
performance of the entire circuit.
0.07mm x 119 Strands Twisted High Frequency Enameled Copper Litz
Wire For Transformer |
Key word: 0.07mm x 119 Strands Twisted High Frequency Enameled Copper Litz
Wire For Transformerire
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