RNX02510K0FKEL

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Through Hole Resistors

Through Hole Resistors is a commonly used type of electronic components in various electronic circuit designs. The RNX02510K0FKEL is an example of a through hole resistor, and its application field and working principle are discussed in this article.

Application

The RNX02510K0FKEL is a through-hole resistor, with a power rating of 0.125W, tolerance of 5%, and operating temperature range of -55°C to 125°C. It is designed for general purpose use, and can be used in a variety of different circuit designs to provide resistance or regulator. It is used on printed circuit boards, and is commonly used in electrical circuits, power supplies, power converters, RF amplifiers, and audio amplifiers.

Working Principle

The RNX02510K0FKEL is a resistance element that works on the principle of Ohm’s Law. It is a two-terminal component that offers resistance between the terminals, resulting in a current flow. The current flow depends on the attached voltage and the resistance element’s resistance. The value of resistance is stored in the device and is usually marked on its surface. RNX02510K0FKEL offers a precise resistance value, which helps ensure consistent current flow.

When it is used in a circuit, it is connected in series with the live path. The RNX02510K0FKEL creates a potential difference between the two ends of the circuit, and current flows across its terminals. This helps regulate the current flow either by restricting or limiting it. It also helps limit the power consumption by reducing the voltage drop in the circuit, thus reducing the power dissipation.

Conclusion

The RNX02510K0FKEL is a through hole resistor with a power rating of 0.125W, tolerance of 5%, and operating temperature range of -55°C to 125°C. It is used as a general-purpose resistor in a variety of different circuit designs, and it works on the principle of Ohm’s Law. It is mainly used to restrict or limit the current in an electrical circuit, and to limit the power consumption by reducing the voltage drop in the circuit, thus reducing the power dissipation.

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