HF1008-331H

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Fixed inductors are passive components typically consisting of coils or wound loops of wire and used for storing energy in a magnetic field. The HF1008-331H inductor is a fixed inductor with an inductance rating of 330µH ±10%. The construction of this inductor includes an 18 AWG winding in a ferrite core that is encased in a compact molded epoxy package. The device is truly a high-performance component; it’s improved performance and increased power coping enables it to be used in a wide variety of applications.

HF1008-331H can be used as choke filter in electronic circuits. It is most popularly used in the power supply of various power boards and in power factor correction circuits. It can also be used in DC/DC converters, various communications circuits and as an inductive load, etc. HF1008-331H can also be used in many switching applications that require high-frequency operation due to its high-frequency characteristics, such as SMPS, KVM switch, XDSL switch, professional audio, as well as many other electronic circuit designs.

When HF1008-331H is design in operation, its core is used to expand the inductance for higher power applications. The core used in this inductor is a ferrite material, which provides strong magnetic flux for greater inductance values. The ferrite material used in the core has a very low coefficient of temperature, which gives the device greater accuracy and better efficiency. Another advantage of using this material in the construction of this device is that it provides a low temperature stability for extended periods of operation. The epoxy material used in the construction of this component also provides a great thermal and electrical insulation properties, thus extending its durability and life.

The operation of HF1008-331H is based on Faraday’s law of electromagnetic induction. This law states that when a current carrying conductor is placed in a changing magnetic field, an electromotive force (emf) is generated across the conductor. This emf is proportional to the rate of change of the magnetic flux and the total number of turns in the coil. As the current increases, the magnetic field around the coil intensifies and produces more emf. Thus, the inductor acts as a self-controlled source of emf.

HF1008-331H offers a wide range of performance features, including an extremely low profile, high efficiency, excellent temperature stability, high current capacity, and low EMI. It’s ideal for applications that require high frequency operation, such as SMPS, KVM switch, XDSL switch, professional audio, as well as many other electronic circuit designs. Its wide range of performance features and its capability to handle high current makes this inductor the perfect choice for applications where high frequency, high current and low profile are desired.

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