The network card is designed to take the brunt of the force during a power surge.

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Multiple Choice

The network card is designed to take the brunt of the force during a power surge.

Explanation:
Surge protection is about redirecting or absorbing the excess energy away from sensitive components. A network card isn’t designed to take the brunt of a power surge; its job is data transmission, not serving as the sacrificial barrier for energy spikes. In practice, protection comes from surge protectors or a UPS on the power supply, good grounding, and protective features on the network interface (like suppression devices on the Ethernet port). If a surge is large, the energy should be handled by those protective measures rather than by the network card, which is why the statement is not correct.

Surge protection is about redirecting or absorbing the excess energy away from sensitive components. A network card isn’t designed to take the brunt of a power surge; its job is data transmission, not serving as the sacrificial barrier for energy spikes. In practice, protection comes from surge protectors or a UPS on the power supply, good grounding, and protective features on the network interface (like suppression devices on the Ethernet port). If a surge is large, the energy should be handled by those protective measures rather than by the network card, which is why the statement is not correct.

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