SNM-100-BK-G

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A shunt is an electronic device used to divert electrical current across two conductors while allowing a known voltage to be maintained. The shunt can be either an analog or a digital device. The most basic type of shunt is a resistor or an inductor. Shunts can also be used to limit current in a power circuit, to monitor current in process control applications, or even to prevent over-voltage or thermal damage.

Jumpers are electrical connectors used to connect two wires together, typically within an electronic device. The jumper connects the two lines electrically, bypassing the normal flow of current through the component or circuit. A jumper is usually a short wire with a connector at either or both ends, typically with a mechanically-fixed device at each end.

Enter the SNM-100-BK-G.

The SNM-100-BK-G is a low resistance shunt and jumper combination. It consists of two components: a shunt and a jumper. The shunt is used to measure the current flowing in a circuit. The jumper is used to connect two points in the circuit. The combination of the two components allows the SNM-100-BK-G to act as both a shunt and a jumper in a single package.

The SNM-100-BK-G can be used in a wide variety of applications, including circuit protection, current monitoring, current measurement, and voltage measurement. In circuit protection applications, the shunt helps to protect the circuit from excess current. In current monitoring applications, the shunt allows the current to be monitored. In current measurement applications, the shunt is used to measure the current in a circuit. And in voltage measurement applications, the shunt is used to measure the voltage.

The SNM-100-BK-G is a low resistance shunt and jumper combination which can help reduce cost and complexity in all of these applications. The low resistance of the shunt and jumper combination allows for better accuracy and more reliable current and voltage measurements. Furthermore, the combination of the two components eliminates the need for multiple components.

The working principle of the SNM-100-BK-G is as follows: the shunt is a current-sensing component that senses the current flowing in the circuit. The jumper is a current-carrying component that connects two wires together, allowing current to pass from one wire to the other. When current passes through the shunt, the resistance of the shunt causes a voltage drop across the shunt, which in turn is measured. The measured voltage is then used to determine the current flowing in the circuit.

The SNM-100-BK-G is a cost-effective and easy to use device that can be used in a wide variety of applications including circuit protection, current monitoring, current measurement, and voltage measurement. Its low resistance and combination of two components makes the SNM-100-BK-G a reliable and accurate device for all of these applications.

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