PB2020.682NLT

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Fixed inductors, which are also known as chokes, are electronic devices that primarily consist of an inductive element and a dielectric or magnetic material to create an inductance. The material provides a magnetic shield around the inductive element, effectively functioning as an insulator. This type of device is most commonly used to control frequency and amplitude in circuits, and can also be used for various other applications such as voltage regulation, energy storage, and antenna tuning.

The PB2020.682NLT is a type of fixed inductor manufactured by Panasonic. This high-performance device is designed for use in power converters, controllers, and power supplies. The product features a very low DC resistance and high impedance characteristics. The device is constructed with a rectangular magnetic core made of iron or ferrite. This helps to minimize size and keeps the power losses to a minimum while still allowing reliable operation.

The working principle of the PB2020.682NLT is based on Faraday\'s law of induction. The device generates a magnetic field when a direct current is passed through it, and this magnetic field will induce a current in any conductors located within the field. The magnitude of the induced current will be proportional to the rate of change of the magnetic field. This is where the inductive properties of the device comes into play.

In terms of applications, the PB2020.682NLT is mostly used for power supply applications, high-frequency switching, and operational amplifier circuits. It can also be used for voltage regulation and energy storage systems. The device is compatible with a wide range of frequencies, making it suitable for a variety of applications. It can even be used to adjust the amplitude of signals.

The PB2020.682NLT is a versatile device with a range of applications in both industrial and consumer electronics. It is a high-performance product with low DC resistance and high impedance characteristics. Its magnetic core helps to minimize size and reduce power losses, making it suitable for a variety of applications. Thanks to its Faraday\'s law of induction-based working principle, the device is capable of generating a magnetic field which can be used to induce a current. As such, it can be used in a variety of power supply and voltage regulation applications.

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