RNF18FTD3K32

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Through hole resistors are popularly used components in most electronic projects. The RNF18FTD3K32 are resistors that use through hole mounting technology and are widely used for various electronic applications. In this article, we will discuss the application field and working principle of the RNF18FTD3K32.

The RNF18FTD3K32 are a type of through hole resistor with a high consistency of parameters. They have a thermal coefficient of resistance of 50ppm/K and sensitivity of 1%. This enables the resistor to provide a controlled and precise resistance even when operated in various temperature environments. The RNF18FTD3K32 also features a minimum resistance of 18Ω, a maximum voltage of 500V and a power rating of 1W.

The RNF18FTD3K32 offers a wide range of applications, including circuit protection, power factor correction (PFC), motor speed control, analog filtering, low frequency noise suppression, driver board, and signal conditioning. As these resistors are through hole components, they are easy to mount and handle. They provide a high reliable performance with a long service life. The RNF18FTD3K32 are also used for precision voltage regulation in high-end electronics like DVD players, digital cameras, and medical equipment.

The working principle of the RNF18FTD3K32 is based on the Ohm’s law. It states that the voltage across an element with a given resistance is proportional to the current passing through it. In simple terms, the electrical current flowing through the resistor has to overcome the resistance of the element, leading to a voltage drop across the device. This voltage drop is crucial for the functioning of various electronic circuits.

In conclusion, RNF18FTD3K32 are through hole mounted resistors which are widely used in various applications due to its high precision and reliability. They offer a wide range of applications, including circuit protection, PFC, motor speed control, analog filtering, and signal conditioning. The working principle of the RNF18FTD3K32 is based on Ohm’s law, where the current passing through the device has to overcome the resistance resulting in the voltage drop across the resistor.

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