NWW10FT170R

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Through hole resistors have become a popular choice for a wide range of applications, from consumer level to industrial grade. The NWW10FT170R is an example of a through-hole resistor which has a variety of potential applications. In this article, we will take a closer look at the NWW10FT170R and discuss its applications and working principle.

NWW10FT170R Application Field

The NWW10FT170R is a through-hole resistor with a wide range of potential applications. It is most commonly used in electrical and electronic circuits that require tight tolerances in order to maintain precise voltage and current levels. This makes it particularly well suited for use in power supplies, control systems, and other circuits where precision is critical. It is also well suited for use in almost any circuit where high accuracy, temperature stability, and long life are needed.

In addition, the NWW10FT170R is designed with a wide applicable temperature range. It can operate within a temperature range of -55°C to +155°C, providing greater durability and reliability than other resistors on the market. This makes it ideal for applications in automotive, aerospace, and other extreme environments.

NWW10FT170R Working Principle

The NWW10FT170R resistor is constructed from a variety of materials including a nickel/chrome alloy, copper, zinc, and solder. It is manufactured to be particularly heat resistant and can withstand temperatures up to 280°C for short periods of time. The resistance value of the NWW10FT170R is controlled by the length and diameter of the resistor’s filament. This allows users to customize the resistor to suit their specific needs.

When a voltage is applied to the resistor, electrons are forced through the filament. As the electrons move, they generate heat due to the electrical resistance of the filament and cause the resistor to warm up. This heat causes the filament to expand and shrink around the core. The amount of expansion and shrinkage depends on the amount of voltage which is applied and is what alters the resistance of the resistor. As such, this is how the NWW10FT170R is able to achieve accurate voltage and current levels.

In addition, the NWW10FT170R is designed with additional features for improved reliability and performance. It has a tight tolerance of ±1.0% which helps to ensure accuracy and consistency. It also has a substantial power rating of 5watts which makes it suitable for a range of applications. Finally, the resistor has been dampening treated in order to minimize microphonic noise.

Conclusion

The NWW10FT170R is a through-hole resistor which is well suited for a range of applications, from consumer level to industrial. Its wide applicable temperature range, tight tolerance, and high power rating make it an ideal choice for those looking for precise, accurate, and reliable results. It is also designed with features which minimize microphonic noise for further increased performance. Finally, its working principle is that voltage is applied to the resistor which then causes expansion and shrinkage of the resistor’s filament, in turn altering its resistance.

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