0512CDMCCDS-1R0MC Inductors, Coils, Chokes

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Fixed Inductors

A fixed inductor, such as the 0512CDMCCDS-1R0MC, is an electrical component specifically designed to store magnetic energy when a voltage is applied to it. An inductor resists changes in current, as opposed to a resistor which resists changes in voltage. Inductors can be used in a variety of circuit applications, such as radios, computer monitors, modems, and other electronic products.

Application Fields

Inductors can be used in both high frequency and low frequency circuits. At high frequencies, they are used primarily as filters. This type of use reduces unwanted or interfering frequencies from a signal. In addition, inductors can be used to shape and buffer digital signals, and to provide transient suppression for motor drives and other large power applications.

In audio applications, fixed inductors can be used as chokes, providing a low impedance path for transient signals. A chokes can also be used to isolate and reduce interference between components. In addition, fixed inductors can be used for antenna matching, phonographic amplifiers, and other audio related applications.

Inductors also find use in low frequency applications such as single-phase and three-phase power supplies, for line-frequency filtering and step-down (and step-up) voltage conversion. They are also used in the current transformers and reactors for harmonic rejection and isolation.

Working Principle

The 0512CDMCCDS-1R0MC is a fixed inductor with a nominal inductance of 1R0µH (1.0 µH). This means that the inductor stores energy in the form of a magnetic field. When a voltage is applied to the inductor, the magnetic field increases, and consequently more energy is stored in the field. The principle here is that the higher the applied voltage, the greater the magnetic field in the inductor, and the larger the amount of energy stored in the field.

When a current passes through an inductor, the stored magnetic field begins to collapse. This in turn induces a voltage in the inductor, opposite in polarity to the original voltage. As the current passes through the inductor, the voltage induced by the collapsing magnetic field opposes the applied current, and counteracts the increase in current.

The size of the induced voltage depends largely upon the frequency and magnitude of the applied voltage. At higher frequencies and higher voltages, the induced voltage is greater, and thus the inductor has a greater effect in limiting the current. In low frequency and low voltage applications, the induced voltage is lower, and the inductor does not have the same effect on the current.

The 0512CDMCCDS-1R0MC is a fixed inductor, meaning that its inductance is constant over a range of voltages and frequencies. This type of inductor is well suited for applications where the voltage and frequency of the signal is predictable and consistent.

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