At the same time, the so-called leakage current flows through the arrester. This consists
of a large capacitive and a considerably smaller, resistive component. All in all, the
leakage current is – as can also be seen in Figure 3 – for the most part capacitive. In the
U-I-characteristic depiction, however, only the resistive component is represented. In
this example it is îres ≈ 55 μA, whereas the total current has a peak value of about 0.75
mA.
At the same time, the so-called leakage current flows through the arrester. This consistsof a large capacitive and a considerably smaller, resistive component. All in all, theleakage current is – as can also be seen in Figure 3 – for the most part capacitive. In theU-I-characteristic depiction, however, only the resistive component is represented. Inthis example it is îres ≈ 55 μA, whereas the total current has a peak value of about 0.75mA.
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