P1330-824K

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Fixed inductors, such as the P1330-824K, are a type of inductor whose inductive value does not vary significantly over application. They are often rectangular or cylindrical in shape, and are constructed from windings of wire around a core. The inductor may be either air-cored, or surrounded by a ferromagnetic material. The use of a ferromagnetic core increases the inductance factor for a given size of winding, and thus the atmospheric conditions, temperatures and currents that the inductor can handle.

The inductance of the P1330-824K is designed to be approximately 8.2mH (8.2 microhenries). It has a Rating current of up to 0.6A and a Maximum current of up to 1.2A. This makes the inductor a suitable choice for applications such as electronic filters, DC to DC converters, and antenna matching circuits. The components also works well in high frequency circuits such as AM & FM radio tuning circuits and RF transmitters & receivers.

The core used for the P1330-824K is an electrical steel lamination with a coating of Polyvinyl chloride (PVC), coated with an epoxy resin, giving the inductor a shielding of epoxy for protection against moisture and dust. This design minimizes core losses from the inductor and thus increasing the efficiency of the device. The inductive value of the component is increased by the use of a ferromagnetic core and also reduces frequency response losses. This quality makes the P1330-824K an ideal choice for use in high frequency circuits.

As mentioned previously, the P1330-824K has a maximum current of 1.2A and a Rating current of up to 0.6A. This combination gives the inductor good power handling ability and can withstand a wide range of current conditions. Additionally, the inductor is able to handle an operating temperature range of up to 125°C. This allows for it to be used in a variety of challenging environments.

The P1330-824K is also designed to have a low profile and is therefore suitable for applications that require a space saving solution. The inductor has a small size, is lightweight and features a mounting pin design for easy installation. This is an essential quality for applications in tight spaces and confined areas, where size and portability are key considerations.

The working principle behind all types of inductors is based on the Faraday’s Law of Electromagnetic Induction. This states that when a conductive material, such as a coil of wire, moves through a magnetic field, an electrical current will be induced in it. The coil’s inductance is the ability of the coil to store electrical energy by creating a magnetic field in response to a current flowing through the coil. The P1330-824K has been specifically designed with this principle in mind and thus provides excellent performance and efficiency for a variety of applications.

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