9130-52

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Fixed inductor refers to an electronic component that stores energy through magnetic fields and electric energy. When alternating current flows, electric flux is generated in the air gap of the core, and the flux is induced through the wire turn to generate an induced electromotive force. There are various kinds of fixed inductors in the market, and one of them is 9130-52.

The core of 9130-52 is composed of two pieces of ferrite material, with two wires wound through the air gap between the two pieces. The inductance is determined by the total number of turns, the shape of the core and the properties of the core material. It is small in size, low in price, good in quality, and easy to install.

9130-52 fixed inductors have wide application fields and can be widely used in radios, television sets, circuit boards, sound cards, dimming circuits, and LED displays. It is used in AC circuits, radio frequency circuits, pulse circuits; and can be used as transformers, decoupling coils, resonant coils and other components.

The 9130-52 fixed inductor has a simple structure and working principle. When an alternating current passes through the inductor coil, an electromagnetic field is generated around the coil and an inductance effect is generated. The induced voltage is inversely proportional to the frequency of the alternating current. That is, when the frequency is high, the induced voltage is low, and vice versa. In addition, the value of the voltage also depends on the number of turns in the inductor coil, the core material, and the core shape.

Therefore, when the AC frequency increases, the inductance value decreases, resulting in a decrease in output voltage. 9130-52 fixed inductors are designed to outlast long-term continuous operation in extreme temperatures and conditions, providing optimal performance up to 110MHz.

In summary, 9130-52 fixed inductors have a wide range of applications and can be used in AC circuits, radio frequency circuits, and pulse circuits. The inductance value is determined by the number of turns, the shape of the core material, and the properties of the core material. It boasts a simple structure and working principle, and provides optimal performance at up to 110MHz.

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