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Galvanically isolated transformer
The electrical circuit, “before” and “after” of the galvanically isolating transformer, is connected with each other not by conductors, but by an electromagnetic field. This increases the reliability of protection. Peaks and power surges cannot pass through a galvanically isolated transformer.
The electrical circuit, “before” and “after” of the galvanically isolating transformer, is connected with each other not by conductors, but by an electromagnetic field. This increases the reliability of protection. Peaks and power surges cannot pass through a galvanically isolated transformer.
The electrical circuit, “before” and “after” of the galvanically isolating transformer, is connected with each other not by conductors, but by an electromagnetic field. This increases the reliability of protection. Peaks and power surges cannot pass through a galvanically isolated transformer.
