RNC55H2232DPB14

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Through hole resistors are one of the essential components to most electronics systems and circuits. They are used to reduce current and voltage in a circuit, or to provide a protective current overload. One type of through hole resistor that is particularly useful is the RNC55H2232DPB14, which provides excellent temperature stability and low resistance values. This guide will cover the application fields and working principles of these components.

RNC55H2232DPB14 Specifications

The RNC55H2232DPB14 is a 5 watt rated through hole resistor with a resistance value of 22Kohms in 0.25W with a maximum tolerable temperature rise of 70 degrees Celsius. It has a low inductance of 1uH, which can help to improve the efficiency and prevent noise in certain applications. It also has a resistance temperature coefficient of 0.2 ohms/degree Celsius, which means the resistor will maintain its resistance stability even with changing temperature. The resistor features a high insulation resistance of 5.5Gohms, which protects against short circuits and other problems.

Applications of the RNC55H2232DPB14

Due to its low resistance and high insulation capabilities, the RNC55H2232DPB14 is often used in automated processes. It is suitable for high temperature atmosphere and long-term reliability applications. It can also be found in automotive systems, mobile phone circuits, satellites and CCTV systems. Its long-term reliability can be beneficial when used with varying temperatures and, because of the high insulation resistance, it can also be beneficial for controlling electric current levels.

Working Principle of the RNC55H2232DPB14

The RNC55H2232DPB14 is similar to all other resistors in that it resist current flow. When placed in a circuit, the resistor works by providing resistance to the flow of electrons, which reduces the amount of current that will flow through the circuit. This is important for controlling the amount of energy that is delivered to a component. The amount of resistance it provides is determined by its physical construction, which includes its size, shape, and materials used. The RNC55H2232DPB14 consists of a ceramic core with the resistance material surrounding the core. The resistance material is usually copper or other metals. As the voltage increases, so does the resistance, limiting the current through the circuit.

Conclusion

The RNC55H2232DPB14 is a through hole resistor that is capable of providing a high insulation resistance and a low temperature coefficient. It has been designed for use in automated processes and can be found in a variety of electronic systems and components. Its low resistance and high insulation resistance make it perfect for a variety of applications where current control and temperature stability is necessary. Finally, its working principle is simple and can be easily understood.

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