HKQ04021N3C-T

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Fixed Inductors. Inductors are electronic components that have the ability to store energy in a magnetic field. The energy stored is directly proportional to the amount of current flowing through an inductor. Fixed inductors, as the name implies, can be used for a wide range of applications including filtering, signal conditioning and impedance matching.

In particular, the HKQ04021N3C-T fixed inductor has a wide range of applications. It is well-suited for many signal conditioning applications, particularly for low to moderate frequencies. It has an operating temperature range of -55 to +125 degrees Celsius and is available in surface mount, through-hole, and lead-hand designs. The lead-hand design is especially suitable for cable routing in high-bandwidth and low inductance applications. It has been tested and can withstand a wide voltage range up to 800 volts.

The HKQ04021N3C-T fixed inductor also features a low DCR value, offering greater efficiency and lower temperature when in use. Furthermore, its high inductance characteristic allows it to serve as an effective filter, making it perfectly suitable for use in high-frequency and high-demand applications. Its optimum frequency of operation is typically 17.06 MHz.

As for the working principle of the HKQ04021N3C-T fixed inductor, it primarily relies on electromagnetic induction. When current passes through the inductor, a magnetic field is generated and this field produces a voltage across the inductor which opposes the applied voltage. The ability to store energy has a number of important implications in electrical and electronic circuits, as it allows the designed circuit to perform specific functions.

In conclusion, the HKQ04021N3C-T fixed inductor is an ideal choice for many signal conditioning and filtering applications, and its high inductance characteristic makes it especially suitable for high-frequency and high-demand applications. Its low DCR value and ability to withstand high voltage make it efficient and reliable. Its working principle relies on electromagnetic induction and the ability to store energy, allowing designed circuits to perform specific functions.

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