B82144F1333J000

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Fixed Inductors are electrical components typically composed of wound coils, which are designed to store electrical energy in the form of a magnetic field. This type of component is used in applications such as power supplies, switching regulators, and radio frequency applications. The B82144F1333J000 is one type of fixed inductor, and its application field and working principle are discussed below.

The B82144F1333J000 is generally used in electrical motor control and power supply applications. It is capable of operating up to 15A of direct current with peak current ratings up to 18A. The component has a rated inductance between 10µH and 33µH, and requires a rated voltage of up to 50V for optimal operation. It is manufactured using Philips\' thermoplastics technology, which allows it to withstand temperatures of up to 155°C. The component can be mounted using a variety of methods, such as through-hole mounting or surface-mounting.

The working principle of the B82144F1333J000 is based on electromagnetic induction. Electromagnetic induction occurs when a varying magnetic field produces a voltage in a conductor. With the B82144F1333J000, this varying magnetic field is produced by the winding coils which are wrapped around a ferromagnetic core. As the direct current passes through the component, the magnetic flux within the coils creates a changing magnetic field that induces a voltage in the coils. The higher the direct current the stronger the generated magnetic field, and the higher the induced voltage. This principle is utilized in the B82144F1333J000 to generate the desired voltage.

The B82144F1333J000 is an example of a fixed inductor, and its application field and working principle are based on electromagnetic induction. It is specifically designed for motor control and power supply applications and is capable of operating up to 15A of direct current with peak current ratings up to 18A. The component is manufactured using Philips\' thermoplastics technology, which allows it to withstand temperatures of up to 155°C. The component\'s coils create a varying magnetic field that induces a voltage in the coils when direct current passes through it. This induced voltage is then utilized in the application for which the component is used.

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