1641-104H

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Fixed inductors are an important form of inductor devices used in various types of electrical and electronic equipment. They are commonly found in circuit designs for power, digital and RF applications such as voltage-dividing, power supplies and decoupling.

1641-104H is a type of fixed inductor, specified with a 0.100μH inductance value and 1.4 Amps current rating. This inductor is a molded, surface mount component with a size of 1.45μL x 0.8mmH x 0.9mmW. Its construction consists of a copper wire wound around a ferrite core, covered with a non-magnetic plastic body and encased in a heat resistant, polyurethane coating. The inductor\'s maximum allowable temperature and other electrical characteristics depend on the type of core material used, the type of plastic covering, the winding technique and other factors.

The 1641-104H inductor is used in a wide range of circuit applications, such as power pull-up/down, constant current, and low frequency filtering, as well as high voltage pulse applications. Its main benefit is its low profile surface-mount design, which allows for easy integration in many different types of circuit boards.

The working principle of this inductor is based on Faraday\'s law of induction, which states that a current flowing through a conductor creates an induced emf in adjacent conductors. This emf produces a counter electric field, which acts to oppose the current flow. Thus, when an AC current is applied to the inductor, the counter electric field created induces a back emf, which opposes the applied current. This opposition to the current is the inductance of the component.

The 1641-104H has excellent frequency characteristics, and the inductance remains relatively constant up to very high frequencies. Its low profile surface-mount design enables easy integration into many different types of circuit boards. It also has a high current rating, making it ideal for high frequency power supply applications.

Therefore, the 1641-104H is an excellent choice for a wide range of circuit applications, providing excellent performance in both low frequency and high frequency operations. Its small size and ease of integration makes it a desirable choice for a wide range of applications, including voltage-dividing, power supplies, decoupling, and more.

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