RWR81S29R4FSS70

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Through Hole Resistors are a type of resistor that find use in many electronic applications. The RWR81S29R4FSS70 through hole resistor, in particular, is an ideal component for applications where high accuracy of power-handling ability or temperature tolerance is required. 

The working principle of a resistor is quite straightforward: it is designed to reduce current flow or control voltage levels in an electrical circuit. By using electricity created by a power source, resistors dissipate the excess electric energy as heat, thus limiting the current flow. 

For the RWR81S29R4FSS70 through hole resistor, its features and specifications make it a great option for many design configurations and applications. It has a resistance value rated at 2.2 KΩ and a rated power of 0.25 W. Its construction consists of two metal-film resistors connected in parallel and integrated into a single case. Additionally, it has a high temperature coefficient of range, with a tolerance rating of ± 0.5%. These features make the RWR81S29R4FSS70 ideal for temperature-sensitive applications such as medical equipment, automotive systems, or telecommunication systems. 

Because the RWR81S29R4FSS70 is a through-hole resistor, it is also an excellent choice for circuit boards and other board-level electronics. Compared to surface mount resistors, these devices are easier to install in the board, and can also provide better performance in terms of high-temperature resistance and circuit stability. The RWR81S29R4FSS70 through hole resistor is designed to provide circuit designers with a reliable and robust performance, while also allowing for improved maintenance and flexibility of existing circuits. 

In short, the RWR81S29R4FSS70 through hole resistor is a reliable and effective component for many electronic applications. It offers high accuracy and temperature tolerance, making it an ideal choice for temperature-sensitive applications. Additionally, its construction and mounting ease of installation make it an excellent selection for board-level electronics, providing designers with improved maintenance and flexibility of their designs. 

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