KNP100FT-52-62R

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Through hole resistors are components that resist the flow of current, and are widely used in a range of devices and applications. KNP100FT-52-62R is a type of axial leaded through hole resistor, which typically has a size of 6.3mm in diameter. KNP100FT-52-62R is a fixed value metal oxide resistor with a maximum working voltage of 500V.

The application field of KNP100FT-52-62R is mostly for industrial and consumer service areas. Its resistance value makes it ideal for use in systems such as electronic circuits, LED light dimmers, power supplies, and audio amplifiers. Additionally, the 500V maximum working voltage of KNP100FT-52-62R makes it suitable for use in the automotive industry, as it can handle higher voltages.

The working principle of KNP100FT-52-62R is relatively simple. Its resistance is created when current flows through a metallic film, which is created by placing an insulating body between two electrodes. This film is a thin layer of metal oxide, and the electrodes are usually made of nickel or iron. In the KNP100FT-52-62R, the insulating body is made of ceramic, which is then fired in order to set the resistance to the desired value. Its resistance value is then inscribed on the body of the resistor in order to indicate the value.

The KNP100FT-52-62R is a surface mountable component, which means that it can be easily mounted to any surface, such as a circuit board. It is also available in different variants, such as axial leaded and radial leaded, which enables it to be used in various types of applications. Additionally, it has the capability to cope with temperature variations and a high range of humidity and other environmental factors. This makes it suitable for use in a variety of industrial and consumer application areas.

Overall, KNP100FT-52-62R is a through hole resistor that is widely used in industrial and consumer applications due to its compact size and high resistance value. It works by creating a metal oxide film, which then serves as the resistor element. Its resistance value is inscribed on the body of the resistor, and it is available in different variants such as axial leaded and radial leaded. Furthermore, it is capable of coping with temperature variations, making it suitable for use in a variety of applications.

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