3Khz 10Khz 20Khz
A closer look reveals the average impedance around 0.470ohms. There is also a small rise that deviates and adds more impedance. This is good but it just doesn't happen fast enough. This cable will let interference enter the power going in to the powered device and the result will be;
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1Khz 3Khz 10Khz 20Khz
In this graph we can see that average impedance is around 0.150 ohms. That is 3 times less that the regular IEC cable. Notice how fast the impedance rises and that from around 2000Hz. The rise has more than doubled from 1KHZ to 20KHz. This means that the noise above 1Khz will have more impedance (resistance) to deal with and will have a much harder time contaminating the equipment being powered. The audible results are just amazing!
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