IDCS2512ER1R5M

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Fixed inductors are one of the most commonly used components in electronic circuits used to filter out certain frequencies or to provide solutions for other applications such as voltage regulation, power conversion, and signal conditioning. Generally, they are available in a wide variety of shapes, sizes, and power ratings, making them suitable for various applications. Among different inductors, IDCS2512ER1R5M is one of the widely used inductor parts in the electronics industry.

The IDCS2512ER1R5M is an inductor with a power rating of 1.5A and operating temperature range from –40°C to 105°C. It has an inductance range from 2 to 20 millihenry (mH). It also features a low DC resistance (DCR) which ensures low loss. It comes in a fully-encapsulated package and is equipped with built-in surge protection that eliminates any risk of burning or permanent damage to the part during surge events.

The main application field of IDCS2512ER1R5M is filtering. It is primarily used as a low-pass filter in analog and digital circuit design. Filtering is typically done in order to reduce noise or energy interference. Filters can also be used to reduce the level of certain frequencies or ensure that signals remain within specified parameters. In digital circuit design, inductors are used for the purpose of signal de-emphasis or the protection of important circuitry components.

In terms of working principle, an inductor works as a two-stage conductor. Its ability to pass electric current when attached to an alternating voltage source is based on the fundamental principle of electromagnetic induction. When an AC current is applied to an inductor, it produces an opposing magnetic flux that creates a back-EMF (electromotive force). This back-EMF is then transformed into an AC voltage in the form of an inductive reactance, which is equal and opposite that of the applied voltage.

In summary, IDCS2512ER1R5M can be classified as a fixed inductor as it has a wide range of applications and a low DC resistance. It is ideal for filtering applications, where it can reduce or remove noise or reduce the level of certain frequencies. Its working principle involves the conversion of electrical energy into magnetic energy, and then into AC voltage in the form of an inductive reactance.

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