CPCC10250R0KB31

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Through hole resistors—like the CPCC10250R0KB31—are electrical components used to reduce current flow, adjust signal levels, and to divide voltages. They are simple two-terminal components, characterized by their low cost, small size, and versatility. Despite the reduction in cost and size since their invention in the 19th century, through hole resistors have found a multitude of uses in many types of electronic equipment and, although their primary purpose is to control electrical current, they can be used to limit voltage and reduce power.

The CPCC10250R0KB31 is a through hole axial leaded resistor characterized by its low profile and long lead lengths. It is ideal for applications with limited space and high performance requirements. The ceramic body allows for high temperature stability, while the flame resistant epoxy coating helps protect the component against mechanical shock, vibration, and corrosion. As a through hole component, it is most commonly used on circuit boards, and in printed circuit assemblies.

The CPCC10250R0KB31 is a type of fixed resistors, which means that its resistance remains constant. It has a rated power of 0.25 Watts and a 5% tolerance. This means that its resistance value is within a 10% tolerance range compared to its stated resistance at a temperature of 25 degrees Celsius. It also features a very low voltage coefficient, ensuring that its resistance responds linearly with voltage.

The CPCC10250R0KB31 has a variety of possible uses. It is most commonly used as an electronic voltage regulator, providing an ohmic resistance to balance current flows. It can also be used as a power supply filter, reliable current source, decoupling capacitor, voltage divider, detector diode, limit switch, and radio frequency filter. As a general purpose resistor, it can be used to provide a physical code of operation for data systems, and as a fuse replacement in low-power applications.

The working principle of the CPCC10250R0KB31 is relatively simple. It features two terminals, one connected to a high voltage point and the other connected to a low voltage point. The resistor works to reduce the amount of current flowing from the high voltage point to the low voltage point. The resistor’s resistance is determined by the material and size of the ceramic body. As current flows through the resistor, resistive losses occur, which generates heat that needs to be dissipated.

The successful application of the CPCC10250R0KB31 relies on the correct selection of the correct resistance value for the particular application. This requires an understanding of the circuit current load, power factor, temperature ranges, and safety issues. The resistor should also be selected to work within its specified parameters as overheating can reduce its life expectancy significantly.

The CPCC10250R0KB31 is a reliable and robust through hole resistor, capable of a variety of applications in many types of electronic equipment. Its low profile, long lead lengths, and ceramic body ensure its durability and dependability and make it an ideal choice for managing current flow in low-power applications.

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