NLV32T-151J-PFD

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Fixed Inductors involve a wide range of components, with the NLV32T-151J-PFD model being one of them. This model is used to construct an electrical device known as an inductor which is used to store electrical energy in the form of a magnetic field.

Inductors have a wide range of applications, such as in power supplies, to filter out high frequencies from electronic signals, in radio frequency transmission systems, and in AC-DC converters. Additionally, they can also be used in antennas, for radio frequency tasks such as signal transmission, for fire alarm systems, to reduce noise in electronic systems, and in printed circuit boards. The NLV32T-151J-PFD model is specifically designed for applications where a high current capacity is required.

The NLV32T-151J-PFD fixed inductor is constructed from a high-saturation ferrite core material which is enclosed in an epoxy case. The inductor is available in two versions, with either a large-sized or small-sized case. The large-sized case has a maximum rated inductance of 15.5µH and a maximum rated current of 32A. The small-sized case has a maximum rated inductance of 11µH and a maximum rated current of 32A.

The core of the inductor consists of the ferrite material which is a type of ceramic material. This material is designed to be highly non-linear in nature, meaning that when a current is passed through it, its magnetic field changes proportionally with the amount of current passing through it. This non-linearity is what enables the inductor to store energy, and this energy is then released whenever the current flowing through it is interrupted.

The working principle of a fixed inductor is simple. When a current passes through it, the ferrite material in the core produces a magnetic field which is proportional to the amount of current passing through it. Whenever the current is interrupted, the magnetic field created by the inductor collapses and the energy stored in the field is released in the form of a current pulse.

The NLV32T-151J-PFD fixed inductor is a highly reliable component which is designed for applications where a high current capacity is required. It is available in two versions, with either a large-sized or small-sized case. The core is constructed from a high-saturation ferrite material which is designed to be non-linear in nature, enabling the inductor to store and release energy when necessary.

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