PG0085.222NL

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Introduction to PG0085.222NL Fixed Inductors

What are Fixed Inductors?

Fixed inductors, also known as power discrete inductors, are a passive electronic component used to create signals in circuits. They are composed of multiple turns of insulated wire wrapped around a magnetic core. When a changing current passes through the windings, a varying magnetic field is created. This field will then generate a voltage across the inductor, which can be used to create a range of signals in the circuit. Fixed inductors can be found in a wide range of applications, from power converters to radio frequency applications.

The PG0085.222NL Fixed Inductor

The PG0085.222NL fixed inductor is a surface-mounted part used mainly for power applications, such as voltage regulators and inverters. It is designed to help smooth the voltage/current output of the circuit, and reduce the noise generated by the circuit. It can handle up to five watt at its rated current.

Applications of PG0085.222NL Fixed Inductors

The PG0085.222NL fixed inductor is designed for use in circuits that require a low-impedance path for high frequency signals. It is commonly used in high current applications such as voltage regulators, inverters, and motor control applications. It is also ideal for use in high frequency switching applications, as its low impedance reduces the amount of power dissipated during switching activity.

Working Principle of PG0085.222NL Fixed Inductors

As a low-impedance device, the PG0085.222NL fixed inductor does not dissipate power like a resistor would. Instead, it works on a principle known as the "inductor effect". When current passes through the windings of the inductor, a varying magnetic field is created. This varying magnetic field then generates a voltage across the inductor, which can be used to create a range of signals in the circuit. This varying voltage is also responsible for reducing the amount of power dissipated during switching activity.

Conclusion

The PG0085.222NL fixed inductor is a powerful and versatile device used in a variety of circuits that require a low-impedance path for high frequency signals. Its working principle is based on the inductor effect, which generates a varying voltage across the inductor and reduces power dissipation during switching activity. It is ideal for use in voltage regulators, inverters, motor control applications, and high frequency switching applications.

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