CPCF0712K00KE66

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Through Hole Resistors are a type of component used in many electronic circuits. The CPCF0712K00KE66 is a resistor of this type. It is a through-hole resistor so it is not surface mounted, instead, it is mounted directly into the circuit board. Its purpose is to reduce current flow from a circuit, helping to protect other components from electrical surges.

The CPCF0712K00KE66 is a 12KΩ resistor, with a tolerance of 0.5%-2%. This means that it can have a resistance anywhere between 11.88KΩ and 12.12KΩ and is designed to work within that range. The component itself is composed of a small, ceramic disc which is encased by a plastic or rubber coating. This coating is essential in protecting the component from any flux, dust, or moisture that could damage the component or throw off its resistance.

The CPCF0712K00KE66 can be used for a variety of electronics applications such as limiting current in current-sensing applications, as an anti-noise filter, and as a voltage divider. It can also be used for low voltage applications and in power circuits. This component has a wide range of useful applications, making it an ideal choice for most electronic circuits.

The working principle of the CPCF0712K00KE66 is fairly simple. When electricity passes through a resistor, it is opposing the flow of current and thus causes the current to be reduced. This helps protect other components from electrical surges and provides a way to control the current in a circuit. The resistor works by allowing only a certain amount of current flow, acting as a gate so that the current either stops or slows down.

The CPCF0712K00KE66 is a common type of resistor used in electronics. It is a through-hole component, meaning that it is not surface mounted but instead is mounted directly into the circuit board, making it a popular choice for a variety of electronics applications. Its 12KΩ resistance, with a tolerance of 0.5%-2%, makes it an ideal choice for numerous circuits and its working principle helps protect other components from any electrical surges.

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