HKQ04020N8S-E

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Fixed inductors are an essential component of many circuits, and the HKQ04020N8S-E is a type of fixed inductor in the family of common electrical components.

The HKQ04020N8S-E is a high-current, surface mount type fixed inductor. It is able to accommodate peak currents of up to 1.2A which makes it a great choice for applications requiring a steady, reliable supply of power.

The HKQ04020N8S-E is most commonly used in audio-related applications, such as power amp circuitry, signal processing, and audio amplifier circuits. It is also used in DC-DC converters and high speed switching power supplies, in order to reduce electromagnetic interference. Its high current capability also makes it suitable for automotive applications.

The working principle of the HKQ04020N8S-E is based on the fact that a coil of wire with an alternating current passing through it will create a magnetic field which is proportionate to the amount of current flowing. This magnetic field is used to oppose the change in the current, creating a steady, reliable flow of electricity.

In order to ensure that this opposition maintains a steady flow of electricity, the inductance of the coils must be constant. This is achieved by controlling the amount of magnetically active material in the core, and the length of the wire turns. The HKQ04020N8S-E uses high quality materials and advanced manufacturing techniques to ensure reed solenoid inductors are properly tuned for the intended application.

The advantages of the HKQ04020N8S-E unit are its low profile size, high current capability, and low cost. This makes it ideal for many applications where low profile and high current are desired. It is also easy to install, requiring only minimal soldering and no additional components.

The HKQ04020N8S-E is a highly reliable and effective fixed inductor that is suitable for a wide range of applications. Its high current capability and low profile size make it an excellent choice for audio-related applications, such as power amp circuitry, signal processing, and audio amplifier circuits, as well as for DC-DC converters and high speed switching power supplies.

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