B82432H1154K000

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Fixed inductors are electro-magnetic devices that are designed to store energy in a form of an electrical current. When the inductor senses the electrical current, it creates a magnetic field around it that stabilizes the current and, hence, the amount of voltage and power that moves through it. B82432H1154K000 is a type of SMD fixed inductor that is used in various applications.

The B82432H1154K000 has an operating temperature range of -40°C to +85°C and range of inductance from 10µH to 78µH. Its rated current is 1.1 A RMS and 1.3 A Peak with saturation current of 1.5 A. It is a very efficient and reliable inductor with high reliability and low losses. It offers excellent high-frequency performance with minimal temperature rise. The inductor has a robust construction and is highly resistant to vibration, shock, and temperature changes.

B82432H1154K000 inductors are primarily used in DC/DC converters, power electronics, and LED lighting applications. In DC/DC converters, it works as a buck, boost, or fly back converter where different inductance values are used for the inductors for various tasks such as setting the peak current during conversion, limiting the input current, or determining the ratio between output and input voltage. The inductor in LED lighting can be used to reduce the ripple voltage of the power-supply and to increase the power-factor.

In terms of working principle, B82432H1154K000 inductors are based on Faraday’s Law of Induction that states that whenever a conductor moves through a magnetic field, an electromotive force is induced which is proportional to the rate of the changing magnetic flux. The induced electromotive force produces a flow of electric current in the conductor. In the B82432H1154K000 inductors, the electric current is generated when the magnetic core of the inductor rotating or when the direction of the current flow changes. The flow of current creates a magnetic field around the inductor which stores energy in the form of a magnetic flux. When the flow of current decreases, the magnetic flux collapses and its energy is released to the circuit. Thus, the changing current produces a changing magnetic flux which is used to store and release energy.

The B82432H1154K000 inductor has several advantages such as consistent and reliable performance, minimal temperature rise, low losses, and small size. It is suitable for high-frequency applications and can be used to provide effective solutions for DC/DC conversion, power electronics, and LED lighting designs. Moreover, the inductor can be used for various other applications in various fields due to its robust construction and wide range of inductance values.

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