AX97-30221

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Fixed inductors are electronic components, designed to provide a specific inductance value to a circuit. The AX97-30221 is a fixed inductor with an inductance of 32.2 μH ± 20%. It is an ideal choice for applications where high inductance is needed, such as RF circuits, power supplies and EMI suppression.

The AX97-30221 is constructed from a high temperature ferrite core with an aluminum wire wrapped around it. The core is shielded by a metal casing which is coated with a protective coating, to prevent short-circuiting and reduce the risk of thermal runaway. Due to its construction, the AX97-30221 has excellent inductance retention when exposed to high temperature extremes. The inductor also features a high standing current of 10A and a low DC resistance of 0.11 ohms.

The AX97-30221 is designed to be used in a variety of applications, including EMI suppression, RF circuits, power supplies, and other applications where high inductance is required. In EMI suppression applications, the AX97-30221 can be used to reduce electromagnetic radiation emitted from the circuit, thus improving electromagnetic compatibility. In RF circuits, the inductor helps to reduce radio frequency interference and improves the overall performance of the circuit. In power supplies, the inductor helps to reduce voltage and current spikes, as well as improve efficiency. The AX97-30221 can also be used in other applications such as audio filtering, switching power supplies, and switching regulator circuits.

The working principle of the AX97-30221 is based on Faraday\'s law, which states that an electric current will create a magnetic field. The coil in the inductor creates this magnetic field when electricity flows through it, and this magnetic field interacts with the magnetic core, creating an inductance and an impedance in the circuit. The inductance created by the AX97-30221 serves to reduce the rate of current change during the AC cycles, thus helping to improve the performance and efficiency of the circuit.

The AX97-30221 is a great choice for applications where high inductance is needed. It has high inductance retention at high temperatures, a high standing current, and a low DC resistance, all of which add up to create a powerful inductor for various applications. Its working principle is based on Faraday’s law and its construction helps to create an inductance and an impedance in the circuit. This allows the inductor to reduce the rate of current change, improving the performance and efficiency of the circuit.

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