SCRH105R-390

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Fixed inductors are electronic components that can store a certain amount of energy when electric current passes through them. Generally speaking, they are composed of coils with certain specifications. In the category of fixed inductors, the SCRH105R-390 is a component commonly used in circuits to store energy, due to its ability to respond to changing frequencies.

The SCRH105R-390 is a high-quality inductor with good heat resistance, allowing it to work reliably and stably. It typically has an operable temperature range of -55℃ to 125℃. This component can be classified into metallization and wire-wound inductors. The metallization inductor is easier to assemble and has a higher winding efficiency than the wire-wound product.

The main application of the SCRH105R-390 is in the fields of radio frequency, location navigation, laser positioning, computer peripherals, automotive electronics, consumer electronics, and so on. This product is widely used in communication electronics, power electronics, instrumentation, industrial control, and other related fields.

As for its working principle, the SCRH105R-390 works by storing energy in its magnetic field when electric current is applied. The coil is able to respond to frequency changes, so it can filter out undesired high or low-frequency signals from current. This allows it to produce the desired effect and provide power to other components in the circuit.

Furthermore, the SCRH105R-390 features excellent performance in audio-frequency circuits. Its inductance ranges from 10uH to 470uH with a tolerance of 20% or less, and it has an impedance of up to 3 MHz. It is also able to provide a maximum current of 2A. This component has several pins which can be used to control the range of frequency and to adjust the volume.

In summary, the SCRH105R-390 is a commonly used high-quality fixed inductor for electronic circuits. It is used mainly in the fields of communication electronics, power electronics, and instrumentation applications, among others. Its working principle is based on energizing the magnetic field to store energy, and filtering out undesired signals. It offers up to 3 MHz impedance, up to 2A current, and a tolerance of up to 20%.

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