1008-820K

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Fixed inductors are a type of inductor designed to maintain a set amount of inductance and current. This makes them essential components in any system where either a specific electrical current level or inductance needs to be maintained and/or regulated. In a general sense, fixed inductors consist of two main components: a magnetic core wrapped in a coil of wire.

1008-820K is an inductor commonly used in power supplies, power converters, and other related fields. Although small in size, it offers several benefits including low power consumption, low profile design, and a wide operating temperature range. It has an inductance value of 820nH and can handle up to seven and a half amps of current right out of the box.

In terms of application field, 1008-820K is suitable for any electronic design that needs high current, low profile, and wide operating temperature range inductors. This includes various power supplies, power converters, and other components related to these. Additionally, it also can be used as a companion to other components in the fields of medical devices, telecommunication, and consumer electronics.

Moving on to the working principle of the 1008-820K, it is based on Faraday’s Law of Induction. This states that when an electrical conductor is subjected to a changing magnetic field, an electric current will be induced in the conductor. The 1008-820K is able to use this concept to generate a steady electrical current when subjected to a magnetic field, producing an inductance value of 820nH in the process.

When the current flow through the 1008-820K is altered, a magnetic field is generated. This magnetic field will then affect the electromagnetic field, producing a voltage drop across the inductor. This voltage drop will then cause the current to decrease, creating a phenomenon known as inductive reactance. As such, current is regulated and kept at a relatively constant level.

In summation, the 1008-820K is a fixed inductor commonly used in power supplies and other related fields. It has an inductance value of 820nH and can handle up to seven and a half amps of current, making it suitable for applications that need high current, low profile, and wide operating temperature range inductors. Additionally, its working principle is based on Faraday’s Law of Induction, which allows it to generate a steady electrical current while also regulating current flow in order to keep it at a relatively constant level.

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