B82144A2155J009

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Fixed inductors are a type of non-contact electric energy storage device, comprised of coils of wire, ferromagnetic cores or air cores, and components for external connection. The name ‘fixed’ comes from the fact that these inductors generally do not receive a direct current, or have a moving element inside. Fixed inductors find their uses in electronics from DC/DC converters, power supplies, and audio equipment to cellular phone bases and automobile electronics. Active filter circuits also use fixed inductors to form the LC series. With cost and size in mind, inductors have been designed to reduce electrical noise and stabilize output voltages.

B82144A2155J009 is one of the fixed inductors that closely meets the needs of demanding applications. It is designed with high-reliability, high-power features in mind. Being an SMD type fixed inductor, B82144A2155J009 features robust construction and robust magnetic core that assists in achieving high ripple current, high power density, low DC resistance, and superior inductance characteristics. Such features make this inductor suitable for high-reliability, high-power applications in both commercial and industrial environments.

The working principle of the B82144A2155J009 fixed inductor is based on Faraday’s law of induction. This law states that when a conductor is placed into a varying magnetic field, an electromotive force is created in the conductor. This EMF creates an electric current in the conductor, known as an induced current. The B82144A2155J009 inductor operates on this principle, using this induced current to store energy. The energy stored in the inductor is stored in the form of a magnetic field and is present until the magnetic field dissipates, or the current through the inductor changes. As long as the current passing through the inductor does not vary too greatly, the inductor can generate repeatable voltage outputs.

B82144A2155J009 inductors can be found in numerous applications. One such application is in switching power suppliers, where these inductors are used in the input stages. In such circuits, the switching power supply will be connected to a wall outlet or other type of power source. The B82144A2155J009 inductor will then be connected to one of the lines of the power source, and the other line will be connected to ground. When the power is turned on, an alternating current will pass through the B82144A2155J009 inductor. This alternating current will create a magnetic field in the inductor, which will induce a voltage in the input of the switching power supply. This voltage will be used to regulate the power supply’s output voltage and current.

B82144A2155J009 inductors have many uses in other circuits, such as smoothing AC power, filtering rectified AC, and in audio circuits. Many of these applications require many different inductors to work properly. B82144A2155J009 inductors can be used in combination with other inductors to create more complex and intricate circuits.

In summary, B82144A2155J009 fixed inductors are a type of non-contact energy storage device that are used in a variety of applications. Their operating principle is based on Faraday’s law of induction, where an alternating current in a conductor creates a magnetic field which induces an electric current in the conductor. B82144A2155J009 inductors are specifically designed for high-reliability, high-power purposes, with improved ripple current, power density, and low DC resistance. They are used in switching power supplies, smoothing AC power, and filtering power, among other applications.

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