SBC247RK

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Through Hole Resistors are frequently used in modern circuit designs because of their simplicity and versatility. The SBC247RK is one of the most popular through hole resistors currently on the market. This resistor features a high-resistance value and superior standardization accuracy. It has been designed to be compatible with carbon, metal-film, and ceramic resistors, making it ideal for a wide range of circuits and applications.

The SBC247RK is a low self-inductance, high-power, through-hole resistor. Its body consists of a ceramic solderable, metal-film spiral construction, and its resistor element is made up of Nickel chrome. This makes the SBC247RK highly reliable, and it is resistant to high-temperature and low-temperature environments. The resistor is also UL approved and is compliant with IEC 61000-4-2 and IEC 61000-4-3 standards.

This resistor is typically used for power applications. Its power dissipation rating is a maximum of 5 W, and its voltage rating is a maximum of 500 V. Its temperature coefficient of resistance (TCR) is 5.24 ppm/K, and its operating temperature range is −55⁰C to +250⁰C. The SBC247RK also has a wide array of sizes and resistive values. Sizes range from 0402/0604/0805/1206/2010/2512, while resistive values range from 1Ω to 10MΩ.

The working principle of the SBC247RK is straightforward. In general, through hole resistors work when electrical energy passes through them and encounters resistance. This resistance results in the resistor generating heat. This heat is then dissipated into the surrounding environment. The resistor has two terminals, and the electricity flows through the resistor from one terminal to another. The magnitude of electrical energy flowing through the resistor is determined by the size and resistance of the resistor.

The SBC247RK is an excellent choice for powering or controlling circuits. Its wide array of sizes and resistive values make it versatile, and its UL certification assures users of its reliability and performance. The resistor\'s high power dissipation rating and temperature coefficient of resistance enable it to be used in extreme ambient temperatures. Its solderable construction also makes it easy to install and use in a variety of different circuit designs.

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