3500-100K

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Fixed inductors are electrical components that store energy in an electric field when a current passes through them. They are generally used for filtering, smoothing current, coupling, and timing applications. Fixed inductors are found in almost every type of electronic application, from cell phones to computers, to home appliances.

The primary application field of fixed inductors ranges from 3500 to 100K. This range covers many standard values of inductance, from micro-inductance values below 10 micro-henrys to large values of thousands of henrys. The applicability of the inductors at a given frequency range is determined by their inductance and resistance values, which define how well the inductors can handle AC and DC signals.

Fixed inductors work on the principle of inductance. When a changing electric current is passed through a conductor, a magnetic field is generated that opposes the change in the current. This opposition creates an inductive voltage, which acts like a resistor to the current flow, thus limiting the current. This opposition is known as inductance, and is measured in Henries.

Fixed inductors spend most of their time storing energy in the form of magnetic fields after the current has stopped. When the current begins to flow later, the stored energy is released, helping to provide a smoother current than would be provided without the inductor. This is why fixed inductors are often used in power supplies to regulate the current.

Fixed inductors are also used to reduce the effects of noise and interference. By introducing inductive reactance into a circuit, the frequency of any passing signal must pass through this reactance before it reaches any other part of the circuit. This ensures that any higher frequency signal is blocked before it affects more sensitive points within the circuit.

Finally, fixed inductors are used as timing components in many circuits. For example, in oscillator circuits they are used to generate a regular cycle of current that can be used by other components within the circuit. The inductance of the inductor is chosen so that it provides the right timing for the circuit.

In summary, fixed inductors are useful electrical components with a wide range of applicability, from 3500 to 100K. They work on the principle of inductance, storing energy in a magnetic field to regulate the current flow, reduce noise, and provide timing in a circuit. It can be found in almost any modern electronic device.

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