SFR25H0009101FR500

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Through Hole Resistors have a wide range of applications and are commonly used in the electrical and electronics industry due to their dependable performance. The SFR25H0009101FR500 is a Through Hole Resistor with a maximum voltage rating of 500 volts, which makes it ideal for use in high voltage circuits. It features a high temperature coefficient of resistance to resist sudden changes in temperature, and a superior linearity of resistance to maintain a constant and uniform output.

This device consists of a ceramic body, an enamel coating, and two insulated lead wires. It operates by restricting the flow of alternating current (AC) through the ceramic body using resistive material. This creates a resistance to the passage of electrons, and therefore a reduction in the current. The resistance of the device can be easily adjusted with the use of variable resistors.

The SFR25H0009101FR500 is designed to operate up to 500 volts. It provides superior immunity from noise and temperature variations, making it ideal for use in electrical and electronic circuits. The device has a very low tolerance for voltage, which means that it can provide an accurate resistance to current even in adverse conditions. The ceramic body prevents potential arc raises associated with inductive applications.

The SFR25H0009101FR500 is ideal for use in circuits with low levels of current. Its high temperature coefficient of resistance allows it to maintain a constant resistance even when temperatures become extreme. This makes it suitable for applications where very low levels of current would be detrimental to operation. Its outstanding linearity of resistance ensures accurate and reliable readings even in harsh conditions.

The SFR25H0009101FR500 Through Hole Resistor is an ideal device for low voltage and low current applications. Its high temperature coefficient of resistance and superior linearity of resistance allow it to be used in a wide variety of applications. It is particularly useful for circuits which require a high resistance to current and are subject to temperature extremes. Its low tolerance for voltage makes it well-suited to applications with precise levels of current.

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