A shunt serves as a resistor inducing a minor voltage decline. The millivolt voltage reduction directly corresponds to the amperes passing through the resistor. The ammeter is responsible for gauging this voltage. One notable benefit of employing a shunt is the elimination of the necessity for thick wires when dealing with high currents (>10 A).
To assess the overall flow, merely two slender wires are required, connecting the measuring device to the shunt in the main system's grounding connection.
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