AX97-30820

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Fixed Inductors are electronic components that store electrical energy in a magnetic field. They find applications in many electrical and electronic circuits, ranging from radio frequency amplifiers to noise filters. The AX97-30820 is a high stability Inductor designed to reduce voltage variation caused by fluctuations in frequencies. It can be used in a wide range of applications, from high power AC to DC applications and from low power network communications to instrumentation signals.

The actual working principle of the AX97-30820 is based on a simple concept. At its core are two inductors connected together in series, each with a different inductance value. The lower value in series has a much higher current rating to enable the Inductor to survive high frequency or high voltage environments. The higher value series inductor stores the excess energy produced by the higher frequency signals. This excess energy is accumulated in the form of a magnetic field and stored in the core. These fields will be localized in the inductor\'s core until the amount of energy in the circuit is sufficiently increased.

The AX97-30820 Inductor can provide excellent performances in both AC and DC applications. In AC applications it can provide high efficiency filtering of signals at higher frequencies which helps reduce distortion. It also features a wide range of frequency responses, which makes it suitable for many applications. In DC applications, the Inductor is also able to provide excellent results, as it can reduce voltage variations due to fluctuations in frequencies. This reduces the risk of component damage from voltage drops.

The AX97-30820 is able to provide an excellent performance in a wide range of applications due to its high stability, wide range of frequency responses, and low voltage drop. The Inductor offers an excellent solution for filtering unwanted signals, reducing distortions, and preventing voltage drops. It is a highly reliable and affordable component that is easily integrated into various systems.

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