PA0511.151NL

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Fixed Inductors

Fixed inductors, or coils, are electronic component devices consisting of a wire wound around a core material. The core material can be air, ferrite, powdered iron, or even magnetic cores like permalloy. They are used in a wide array of electronic products ranging from power supplies, filter networks, resonant circuits, and RFID readers.

PA0511.151NL is a fixed inductor featuring a high power rating up to 3A with a inductance of 1.1uH. It is constructed with ferrite core material and offers high temperature resistance up to 150°C. This generator is used in automotive, computer, and industrial applications, balancing power efficiency and reliability while also providing a robust design.

The working principle of a fixed inductor is based on the law of induction. This law states that the voltage induced in the coil is proportional to the rate of change of the current passed through the coil. The inductor is also called an electromagnetic transformer where the input current is transformed into output voltage. As the current passing through the fixed inductor changes, a voltage is generated, and this voltage is used in the applications mentioned above.

The electric and magnetic fields interact inside the inductor. Magnetic flux generates a back EMF proportional to the rate of change of the applied current. This EMF is transferred to the output of the inductor causing the output voltage to rise or fall depending on the direction of current relative to the initial current. In applications such as resonant circuits and filter networks, the inductor\'s reactance is used to strengthen or decrease the electrical energy depending on its use.

Fixed inductors such as PA0511.151NL are also used in switched mode power supplies, allowing for an easy conversion of AC to DC, where the inductor stores energy from the AC voltage. The alternating current needs to be converted into direct current, and the inductor allows the current to be switched quickly in order to provide a steady output voltage with improved efficiency.

In RFID readers, fixed inductors are used to identify and recognize specific radio frequencies. These systems require complex designs of fixed inductors, combined with other components to provide the reader with precise results. This architecture guarantees that the data is transmitted with accuracy from the RFID tags to the reader.

Overall, fixed inductors are vital components in a wide array of electronic systems, from power supplies to RFID readers, playing a key role in transforming electric signals. PA0511.151NL offers an energy-efficient solution in a range of different applications.

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