HKQ04025N6J-T

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Fixed inductors are passive electronic components that are commonly used to reduce signal signal distortion and provide other circuit functions. The inductor stores the energy in its coil and the stored energy shifts depending on the number of turns the coil has. As the frequency of the AC current passing through the coil changes, the amount of stored energy is released. The HKQ04025N6J-T inductor is a fixed inductor that is well suited for a variety of uses in many electronics applications.

The HKQ04025N6J-T is a 4.0 uH emulated inductor that features 4 parallel turns. It has a high Q factor and low self-resonant frequency which allows it to be used in applications that require minimizing noise or distortion. It is rated to a working voltage of 15V, an inductance tolerance of 20%, and a temperature range from -40C to 85C. The HKQ04025N6J-T is an economical solution for a variety of low level applications.

The HKQ04025N6J-T is a cost effective solution that is suitable for such entry level projects as digital audio amplifiers, RFID scanners, and low noise audio amplifiers. The HKQ04025N6J-T can also be used in circuits that require high Q factor and low self-resonant frequency to reduce noise or distortion. Additionally, the HKQ04025N6J-T has been used in servo motor applications, power supplies, and switching regulators.

The working principle of the HKQ04025N6J-T is based on the principles of inductance. Inductors reduce signal distortion by storing energy in their coils. This stored energy is released in a cyclical manner as the frequency of the applied AC current changes, allowing the inductor to significantly reduce the distortion of the input signal. Additionally, the HKQ04025N6J-T has a high Q factor and low self-resonant frequency, which allows it to reduce noise or distortion in many applications.

The HKQ04025N6J-T is a versatile and cost effective fixed inductor that can be applied to a wide range of applications. It is a 4.0 uH emulated inductor that features 4 parallel turns. It is rated to a working voltage of 15V, an inductance tolerance of 20%, and a temperature range of -40C to 85C. The high Q factor and low self-resonant frequency of the HKQ04025N6J-T allow it to be used in applications that require minimizing noise or distortion. It has been used in low level projects such as digital audio amplifiers, RFID scanners, and audio amplifiers. Additionally, its low cost and versatility make it suitable for power supplies, servo motors and switching regulators. It is a cost effective solution that is suitable for both entry level and low noise applications.

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