The critcal issues for power cables are speed of current rise, current capacity, protection from external EMI and protection from creating excessive EMI. Everything matters in this regard from to connectors to the conductors to the dialectric to the conductor configuration. There are many different designs, and you just need to determine which is highest performing and cost effective solutions for you.
Typically, PCs for amps do not utilize shielding, while PCs for digital sources do.
Shielding is used in digital power cables to effectively reduce RFI/EMI, important for keeping noise out of the cable, but also important to keep noise generated in your digital gear within the cable and harmlessly drained to ground.
Amp power cables typically do not incorporate shielding in order to maintain unrestricted macro and micro dynamics. Complicated geometries are often employed to concentrate the current towards the center of the conductor weave, providing some shielding from external sources, as well as mitigating radiation of RFI/EMI.
Typically, PCs for amps do not utilize shielding, while PCs for digital sources do.
Shielding is used in digital power cables to effectively reduce RFI/EMI, important for keeping noise out of the cable, but also important to keep noise generated in your digital gear within the cable and harmlessly drained to ground.
Amp power cables typically do not incorporate shielding in order to maintain unrestricted macro and micro dynamics. Complicated geometries are often employed to concentrate the current towards the center of the conductor weave, providing some shielding from external sources, as well as mitigating radiation of RFI/EMI.