RN60D2501FB14

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A through hole resistor is an electrical component that is used to offer electrical resistance that is necessary to limit or control electrical current. Through hole resistors are used when the wear and tear of components needs to be eliminated or at least reduced. This type of resistor takes its name from the fact that the component is inserted into a hole before being soldered in place. The RN60D2501FB14 resistor is a specifically designed through hole resistor created to meet certain requirements.

The RN60D2501FB14 resistor is a through hole resistor characterized by its high reliability, small size and good resistance accuracy. It provides a standard load rating of 25 mW (3.0V, 0.25Ω) and a maximum permissible voltage of 50V (RF ​​2A). The RN60D2501FB14 is designed with the use of an epoxy body and is used mostly when large currents require accurate and reliable resistance characteristics.The application field of the RN60D2501FB14 resistor is mainly in the industrial sector, with possible applications including circuit protection, noise reduction and even signal sensing. In addition, it may also be used in motors, for power automation, or for PLC (programmable logic controller) applications.The working principle of the RN60D2501FB14 is based on an electrical resistance, which is generated by its components such as carbon, metal oxide, and silicon. When electricity passes through the resistor, a small amount of the electricity is converted to heat, which provides resistance to the electrical flow. The greater the resistance is, the less electricity can pass through. The RN60D2501FB14 resistor is designed to provide a specific level of resistance that can be regulated by adjusting the voltage applied to it.Overall, the RN60D2501FB14 is a through hole resistor designed for a range of industrial and commercial applications. It is reliable, small, and accurate, making it a suitable choice for use in applications where accurate resistance is needed. Its main areas of application include circuit protection, noise reduction, signal sensing, and motors. The working principle of the RN60D2501FB14 involves transferring a small amount of the electricity passing through it to heat, creating resistance to the electrical flow.

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