RN60C4700DB14

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Through Hole Resistors provide a physical resistance to an electrical current. They work by creating a barrier in the flow of electricity so that it can only pass through in smaller amounts. The RN60C4700DB14 Through Hole Resistor, produced by networking, telecommunications, storage, and cloud giant Cisco Systems, is a four terminal resistor with an overall length of 14 millimeters and a maximum width of 6 millimeters. It is rated to dissipate significant amounts of power - up to 10 W – and provides good insulation.

This resistor can often be seen in applications where two different nodes need to share a signal. By placing the resistor in the middle, the flow of current is regulated, allowing both nodes to communicate without either node having to provide too much power or wait too long for the signal to be returned. The resistor also provides impedance matching which can help to reduce interference and increase signal fidelity.

The RN60C4700DB14 is also widely used as an input protection device in industrial applications. The resistor reduces spikes in voltage before they reach sensitive electronic components, preventing damage to the equipment. Additionally, its power handling capabilities make it suitable for use in high power telecommunications systems such as microwave amplifiers.

In terms of the resistor’s working principle, it is based on the Ohm’s Law which states that current is directly proportional to the applied voltage. By increasing the resistance value, lesser current passes through and vice versa. Resistors can create a “shunt” in the circuit. In this way, the current is diverted along a different path, reducing the amount of current going through other components in the system. This helps prevent both overloads and short circuits.

In summary, the RN60C4700DB14 is a four terminal through hole resistor manufactured by Cisco Systems. It is often used for signal sharing in two nodes as well as for input protection in industrial applications. Additionally, it works on the principle of Ohm’s Law and provides a shunt in the circuit to reduce excessive or insufficient current.

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