26S150C

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**Fixed Inductors** are essential components in electronics circuits as they can be used to restrict the flow of current, store energy in the form of magnetic fields, and act as signal filters. The 26S150C Inductor falls into this category and is a wide application component used in a wide variety of applications such as power and signal transmission. It is compact in size, and highly efficient, providing peak current ratings for long-term and safe operation.

The 26S150C Inductor has a maximum inductance of 150mH, is made of a ferrite core, and has two copper windings around it. It is capable of working with frequencies up to 1KHz and operates at temperatures from -40 to +105 degrees Celsius. It is an ideal choice for various applications which require precise current regulation due to its tolerance of a maximum of 9% with an inductance of 150mH.

One of the primary applications for this inductor is in the automotive and medical industries due to its high operating temperature range. Due to its robust design, it makes an ideal choice for usage in engines, alternators and other components exposed to high temperatures. It can also be used in medical monitors, devices, and instruments in an environment with high doses of electromagnetic exposure.

The working principle of the 26S150C Inductor is based on a simple concept. When a current is applied to the coil, the core begins to store energy in the form of a magnetic field, which is determined by its inductance. This energy is then released from the core as the current decreases below the initial value. This energy is then used to feed the current back to its original value. Due to this property, inductors can be used to control the flow of current and regulate the AC/DC current in a circuit.

In general, this Inductor is suitable for applications requiring high frequency and high temperature performance. It is also cost effective and has a long life-span due to its robust construction. It is also suitable for a wide variety of power, signal, and medical applications due to its tolerance of high electromagnetic exposure.

Overall, the 26S150C Inductor is an ideal choice for applications requiring a compact, highly efficient solution for controlling the regulation of current. It is suited in various vehicle and medical applications due to its robust design and its ability to withstand a wide operating temperature range. The 26S150C Inductor works on a simple, yet effective, principle, whereby it stores energy in a magnetic field generated by a current, thus allowing for control and regulation of currents in electronic circuits.

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