HPL1005-1N0 Inductors, Coils, Chokes

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Fixed Inductors are a type of component used to store electrical energy in its magnetic field. They are most often used in AC and DC circuits, providing necessary levels of resistance required to restrict current flow. The HPL1005-1N0 is a type of fixed inductor manufactured by the Hitachi Corporation. It is designed for use in high-frequency AC and DC applications, as well as filter circuits, and can operate up to 250 MHz.

Fixed inductors are composed of several components that dictate the performance and characteristics of the device. The HPL1005-1N0 is constructed with a ferrite core and an internal dielectric material. The ferrite core functions to conduct and guide magnetic fields. The internal dielectric material helps restrict eddy and magnetic losses, and acts like an isolator to reduce leakage current. The core is wrapped with a copper winding which serves to create a desired inductance value when energized.

The structure of the HPL1005-1N0 is designed to provide optimal levels of efficiency, stability, and Q-factor. It is constructed with a lead-frame which helps to reduce parasitic capacitance. Additionally, it features a lower DC resistance than comparable models, which allows the current to flow with less resistance loss. With its low profile, the HPL1005-1N0 fits well into tight spaces, making it an ideal choice for space restricted designs. It is RoHS compliant and is available in tape and reel packaging for automated assembly.

The HPL1005-1N0 has many applications in AC and DC circuit designs. It can be used in various types of filter, resonator, and oscillator circuits to reduce electrical interference. It can also be used to store and transfer energy in a way that will provide a desired signal power level. Additionally, the HPL1005-1N0 can be used in telecommunications circuits as a noise suppressor.

The working principle of the HPL1005-1N0 is based on Faraday’s law of induction which states that a change in the magnetic field around a conductor causes an electric current to be induced in the conductor. When energized, the inductor creates a magnetic field from which at least part of the energy can be recovered. The amount of energy recovered is proportional to the inductance value, and the strength of the magnetic field is dictated by the number of turns of the copper winding.

The HPL1005-1N0 is is an ideal choice for wide range of AC and DC applications due to its compact size, RoHS compliance, and ability to operate up to 250 MHz. With its low DC resistance and reduced parasitic capacitance, it is able to provide optimal levels of efficiency and stability for filter, resonator, and oscillator circuits. Additionally, it has applications in telecommunication circuits as a noise suppressor.

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