AIAP-01-820K-T

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Inductors are incredibly useful electrical components when it comes to the transfer of electrical energy. They are able to store electrical energy in the form of a magnetic field and then release it when the current running through them changes or their surrounding environment changes. This makes inductors vital components in a variety of applications, from telephone systems to other communication devices. The AIAP-01-820K-T is an example of a high-quality fixed inductor that can be used in a multitude of applications.

AIAP-01-820K-T Coil is a conventional fixed inductor suitably designed for a variety of power and telecommunications electronics applications such as switching power supplies, line filters, standard and mini inverters, line matching, and EMI filter circuits. It can be used in both AC and DC applications, making it a very versatile and reliable inductor.

The AIAP-01-820K-T Coil is a creatively designed inductor with a core made of a ferrite material. This material works to increase the inductors core stability and ensure minimum DC resistance while still allowing a current range of up to 10 amps, with an operating frequency range of 15 kHz - 50 kHz. Additionally, the inductor’s core has been securely encapsulated with a protective epoxy coating.

The AIAP-01-820K-T Coil offers an inductance rating of 820 mH with a maximum voltage of 400 volts. This notably improves the overall efficiency and performance of the inductor in the intended application. The design also features a minimum power dissipation rating of 55 watts with a power factor of 0.22 for added operational reliability.

When it comes to using the AIAP-01-820K-T Coil, the inductor can be used in a variety of configurations. This includes it being used as a single-layer inductor, or as an air-core inductor, in a surface mount configuration. As a result, the AIAP-01-820K-T Coil is suitable for a range of applications, ranging from antenna coils to EMI filters.

The AIAP-01-820K-T Coil works on the principle of electromagnetic induction which states that the changing magnetic field will induce an electrical current in the coil. This is done when current flows through the coil, creating a magnetic field that will change with the application of a voltage or magnetic field. This changing magnetic field will induce an electrical current in the coil, resulting in current flow.

The coil’s construction also plays a role in how it works, the copper wire serves as the conductor for the current, and the ferrite core works to increase the inductor’s inductance. This allows the current to move around the coil more efficiently, resulting in higher levels of power output. The epoxy coating helps to protect the coil from the elements, ensuring a reliable operation for the user.

Overall, the AIAP-01-820K-T Coil is the perfect choice for a variety of electrically powered applications. Its impressive load rating, inductance rating, and power efficiency make it a reliable and cost-effective option for those looking for a high-quality fixed inductor. With its wide range of operating conditions, configurations, and performance ratings, the AIAP-01-820K-T Coil is an excellent choice for robust inductor-based designs.

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