S108761C

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Shunts and Jumpers are two important components of the electrical system. Generally speaking, shunts are used to provide a low resistance path for current in order to measure the current, while jumpers are used to provide a direct electrical connection between two points.

The S108761C shunt is a type of resistor commonly used for current measurement in a wide range of high power applications. It has a wide resistance range from 0.01 ohms to 100 ohms and is capable of carrying currents from 10 - 100 amps. Its rugged construction makes it ideal for use in high power electrical systems such as wind turbines, power plants, and more.

The S108761C shunt is typically used with a Wheatstone bridge circuit, which is an electrical circuit used to measure resistance. The Wheatstone bridge consists of a series of resistors connected in a loop with a voltage source. When the voltage is supplied across the bridge, the current that flows through the bridge is proportional to the resistance of the shunt. This allows the current to be measured accurately.

In addition to acting as a current measurement device, the S108761C shunt can also provide galvanic isolation between two points. It has two leads: one connected to the high-voltage side, and one connected to the low-voltage side. When the shunt is installed in series with the two wires, it acts as a safety barrier in case of a short circuit or ground fault.

Jumpers are electrical components that are used to provide a direct electrical connection between two points in a circuit. They are commonly used in a variety of applications such as in diagnostic instruments, relays, and wiring devices. The S108761C jumper is a type of jumper that is designed to connect two AC or DC input sources in order to protect circuits from overloads and short circuits. It is designed to carry currents up to 100 amps and withstand up to 570 volts AC.

The S108761C jumper is typically used with a power supply system. When installing the jumper, it should be connected in series with the load, or power source circuit. In this configuration, the power will flow from the power source, through the jumper, and into the load. This acts as a protection system in case of a short circuit or ground fault.

The S108761C shunt and jumper are used in a variety of electrical applications. Both components are designed to provide a low resistance path for current measurement and to provide galvanic isolation between two points. Additionally, the jumper can also be used to protect circuits from overloads and short circuits. Both the shunt and the jumper are reliable, versatile, and rugged components that make them ideal for use in high power electrical systems.

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