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Shunts and Jumpers are two types of electrical components that are typically used in the same application fields and have similar working principles. Both components are designed to create a low-resistance bypass path that allows the current to flow away from a main component or circuit when the main component has been overloaded or needs to be modified. Both components can be used to reroute current, allowing a main component or circuit to be isolated or completely removed if necessary.

A shunt is a larger, thicker component that is designed to provide a low-resistance path between two electrical points, usually from the positive side of one circuit to the negative side of another circuit. It is inserted between two points in a circuit to allow the current to pass between them despite any resistance in the main circuit. It allows current from the main source to be dispersed in multiple directions, thereby distributing the load more evenly and helping to prevent damage. When the current breaks down the low-resistance shunt, it allows the main circuit to remain safe or to be modified.

A jumper is a smaller, thinner version of a shunt that is intended for much smaller-scale electrical systems. It is typically a thin metal wire or cable that is attached between two points in a circuit, such as between two terminals of a circuit board or between two wires in a wire harness. It is intended to bridge any gap between two points in a circuit to allow the current to pass from one point to the other. It is typically inserted when a new component is added to a circuit, allowing the current to flow from the original components to the new component.

Both shunt and jumpers are often used for the same applications and have the same working principle, which is to provide a low-resistance bypass path that allows current to flow from one component or circuit to another. However, each component has its own unique design and application, and each is used for a slightly different purpose.

Shunts are typically used in larger-scale electrical systems to isolate a main circuit or component from too much current. The low-resistance shunt allows a large amount of current to pass away from the main circuit, preventing damage to that circuit or component. Jumpers, on the other hand, are typically used in smaller-scale circuits, such as those found in a circuit board or wire harness. They are used to bridge any gap between two points in a circuit, allowing current to flow from one point to the other.

In conclusion, both shunt and jumper components are used for the same application field and have the same working principle. Shunts are typically used in larger, industrial-scale electrical systems to provide a low-resistance bypass path to allow current to flow away from a main component or circuit. Jumpers are typically used in smaller, consumer-level circuits to bridge any gap between two points in a circuit to allow current to flow from one point to the other, such as from one terminal in a circuit board to another terminal.

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