0925R-153J

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Fixed inductors are electrical components commonly used in circuit designs utilizing frequencies in the kHz and up into the Ghz range. These components are usually non-polarised and feature two terminals. The inductor is essentially a coil of wire and the main purpose is to produce a magnetic field when electrical current flows through. It is mainly used in applications such as filters, transformers and antennae.

The 0925R-153J fixed inductor is a type of non-polarised component with two terminals for electrical connections. It is rated at 1µH, with an impedance nominal at 10 Ohms. The maximum current rating is 0.=.24A and its tolerance to temperature is +/- 100ppm/°C. It\'s usable frequency range is 0-500KhZ. The 0925R-153J\'s most notable feature is its high Q factor, which compensates for inductor losses and extends the usable frequency range.

This type of fixed inductor is typically used in resonant and filter circuits. Oscillators, PLLs, and voltage controlled oscillators are just a few of the applications where the 0925R-153J can be used. Its construction is ideal for these applications, as it features balanced characteristics and low inductive tolerance. Its low temperature coefficient gives it the ability to transfer signals with greater precision as it remains highly stable over a wide temperature range.

The working principle of this type of inductor is based on the law of induction by Faraday. This law states that when a conductor passing electrical current is placed in a magnetic field, an opposing magnetic field is created. The 0925R-153J utilizes this principle as electric current flowing through the component\'s coil creates an opposing magnetic field which reduces the total current flow. This change in current is directly proportional to the number of turns in the coil and the magnetic flux that passes through it.

The 0925R-153J fixed inductor is an ideal component for many high-frequency and RF applications. Its high Q factor means it is able to extend the usable frequency range of many circuits while its construction allows for stable operation over a wide temperature range. Its compact size makes it ideal for space-critical designs and its low temperature coefficient allows for better signal precision.

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