ISC1008ER150M

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Fixed inductors, as part of the larger category of electronic components, can find usage in a number of different types of electronics. The ISC1008ER150M is one example of such a fixed inductor that can be utilized for numerous applications, and its characteristics and features can be utilized to help get the most out of a given electronics system. In this article, we will discuss the application field and working principle of the ISC1008ER150M fixed inductor.

Characteristics of the ISC1008ER150M

The ISC1008ER150M is a fixed inductor designed for use in power and signal line applications, as well as in low-frequency circuits. It has a maximum self-resonant frequency of 150MHz and a maximum inductance value of 0.089μH. The inductance per 1 turn of the coil is about 1mH – 2.32mH. It has a rated current of 0.2A and a rated voltage of 400V. It also has an insulation resistance of 150MΩ. The inductance tolerance of this device is ±20%.

Application Field

The ISC1008ER150M is a common component used in AC/DC converters, switch-mode power supplies, telecommunications, and other types of power electronics. It is ideal for use in applications that require a high inductance over a wide operating frequency range. It is also frequently used in applications requiring low-noise operation, due to its superior noise immunity. This device is also often used in audio electronics applications, such as amplifiers, crossover networks, and power supplies. Due to its low profile and high efficiency, it is well-suited for space-constrained applications as well. Because of its high insulation resistance value, it is also suitable for applications that require a high degree of insulation between windings.

Working Principle

The ISC1008ER150M operates based on the concept of inductance, which states that current flowing through a coil creates an opposition to any change in the current. This opposition is known as inductance, and it is measured in units known as Henries. The ISC1008ER150M consists of a coil wound on a ferrite core. When an alternating current is passed through the inductor, it creates a varying magnetic field in the core, which in turn induces an opposing voltage across the coil. This opposing voltage creates an induced current in the coil, which opposes any changes in the current flowing through the inductor. The result is that the inductor acts as a filter, and the amount of filtering is determined by the value of the inductance.

Conclusion

The ISC1008ER150M is a fixed inductor designed for use in power and signal line applications, as well as in low-frequency circuits. It has a maximum self-resonant frequency of 150MHz and a maximum inductance value of 0.089μH. This device is often used in applications requiring low-noise operation, due to its superior noise immunity, as well as in applications that require a high degree of insulation between windings. It operates based on the concept of inductance, wherein current flowing through a coil creates an opposition to any change in the current, and this opposition is known as inductance. With these characteristics and features, the ISC1008ER150M provides a flexible and efficient solution for numerous electronics projects.

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