RC14KB680R

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Through hole resistors are essential components in electronic circuits. They are made of several materials such as carbon, metal, ceramic, plastic, and others. The RC14KB680R is a through hole resistor designed for the protection of high voltage applications. It is made of a ceramic material body that is press-fitted into an aluminum-manganese alloy metal and has a resistance of 68 Ohms/Kilo Ohms.

The RC14KB680R is used for the protection against overvoltage and total current limiting in a circuit. It works by limiting voltage spikes and clamping currents, thus providing a safe power environment for the circuit components. It is designed to dissipate peak currents up to 40 Amps while maintaining a resistance of 68 Ohms. This resistor features a high temperature rating of up to 150 °C and a pressure rating of up to 9 MPa.

The working principle of the RC14KB680R involves the limitation of transient currents in a circuit. It is constructed with a ceramic body which acts as an insulator, and metallic leads that are responsible for connecting it to the other components. The resistor is placed in the circuit in such a way that the metallic leads connect to the various components. When current passes through the component, the resistor limits the flow of current, thus preventing damage to the circuit.

The RC14KB680R is ideal for a variety of applications such as voltage clamping, current limiting, and overvoltage protection. It can be used in television and other consumer electronic devices, automotive electronics, lighting systems, power supplies, and other industrial applications. It can also be used in other electrical/electronic systems that require transient voltage and current protection.

In conclusion, the RC14KB680R is a highly effective through hole resistor designed for high voltage applications. It works by limiting voltage spikes and clamping transient currents, thus providing a safe power environment for the circuit components. It can be used in a variety of applications such as voltage clamping, current limiting, and overvoltage protection.

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