FPR2B-50RF1

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Through Hole Resistors are a type of electronic component found in circuit boards that provide a constant resistance to the circuits that they are connected to. FPR2B-50RF1 is one such resistor. It is an axial-style resistor, which means that its leads are inserted through two hole drilled in a circuit board, with the resistor body itself being mounted onto the board. The FPR2B-50RF1 is a carbon-film resistor that provides a constant resistance of 50 ohms over a wide temperature range.

Application Field

The FPR2B-50RF1 can be found in many different types of electronics, but it is most commonly used in audio applications. For instance, it can be used in the amplifiers of audio-receiving systems that are responsible for amplifying incoming signals. It can be used as part of the receive circuit for antenna systems, as well as in the power supplies of audio systems. Additionally, it can also be used as part of the feedback circuitry in high-end audio devices.

The resistor can also be used in industrial equipment. The temperature range of the FPR2B-50RF1 makes it an ideal choice for circuits that require high current and excellent temperature compensation. It is commonly found in industrial control systems, as well as in power controllers and motor controllers. By providing an accurate resistance value, the FPR2B-50RF1 helps keep these systems running smoothly and reliably.

Working Principle

How does the FPR2B-50RF1 resistor work? The resistor is made of a carbon film, which is a type of carbon that has been specifically engineered to achieve an extremely high resistivity. The carbon film is deposited onto ceramic or fiberglass substrates in a pattern to achieve the desired resistance value. This is then encapsulated in a heat-resistant package that protects it from environmental influences such as moisture and dirt.

When electricity is applied to the resistor, electrons are forced to travel through it, thus creating a constant voltage drop between the two leads. The amount of current that passes through the resistor is determined by the level of resistance that it is providing. The FPR2B-50RF1, with its resistance of 50 ohms, will provide the same voltage drop for either high or low currents.

The FPR2B-50RF1 can handle high temperatures, making it ideal for use in industrial applications. This is because the carbon film that is used in its construction is capable of operating in temperatures up to 150 degrees Celsius. What’s more, it also has a long life expectancy. The temperature compensation of the FPR2B-50RF1 means that it can last for many years of continuous use.

Conclusion

The FPR2B-50RF1 is an axial-style resistor that provides a constant resistance of 50 ohms over a wide temperature range. It can be found in many different types of electronics, but it is most commonly used in audio applications and industrial equipment. The resistor consists of a carbon film which is deposited onto ceramic or fiberglass substrates and is encapsulated in a heat-resistant package. It has a long life expectancy and can handle temperatures up to 150 degrees Celsius, making it ideal for use in many different applications.

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