SFR25H0008662FR500

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Through Hole Resistors are a common fixture in all types of electronics, providing a much needed electrical resistive element. A Through Hole Resistor, such as the SFR25H0008662FR500, typically consists of a cylindrical ceramic body with leads extending from each end. The body of the resistor typically houses a resistive material that provides electrical resistance, while the leads are connected to the board to provide electrical connection points. The resistor acts as a safety device by limiting the amount of current that passes through a circuit. It can also be used as a voltage divider to provide different voltage levels within the same circuit.

The SFR25H0008662FR500 is a Through Hole Resistor from the SFR family. It is a thin film type with a power dissipation of 125mW. It features a ceramic body and lead-free wiring. The SFR25H0008662FR500 can be used in a range of different applications, such as low power consumer electronics, telecommunications equipment, lighting, and test equipment. It is also compatible with both lead-free soldering and high temperature reflow.

The working principle of a Through Hole Resistor is fairly simple. When a voltage is applied across the resistor, the resistance of the material within the body will cause an obstruction to the flow of current. This in turn will cause a current drop, dissipating some of the voltage and limiting the overall current flowing through the circuit. By varying the resistance of the material within the body, a designer can tailor the voltage drop in order to create the desired level of current in the circuit.

In summary, the SFR25H0008662FR500 is a Through Hole Resistor from the SFR family that features a ceramic body and lead-free wiring. It can be used in a range of applications, such as low power consumer electronics, telecommunications equipment, lighting, and test equipment. It works by obstructing the flow of current through a resistor material, causing a current drop and limiting the overall amount of current flowing through the circuit.

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