PM1608-151M

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Fixed inductors come in a variety of shapes and sizes, one of which is the PM1608-151M. This particular inductor is part of a larger family of inductors, also known as E-Section inductors. The PM1608-151M inductor has a shielded construction and is designed for high-current use up to 39 amperes. Its excellent inductance tolerance and high-current capability makes it a perfect choice for designs where reasonable cost is of utmost importance.

The primary purpose of the PM1608-151M inductor is to store a magnetic field and transfer energy. Since inductors are based on Faraday’s Law of Induction, the PM1608-151M inductor can be used for generating a voltage, blocking DC current, tuning or shunting different frequencies, and filtering harmonics. All these operations help the PM1608-151M deliver a wide range of benefits in a variety of applications.

Applications

The PM1608-151M is a versatile inductor and can be used in a variety of different applications. For example, it can be used in high-current power supplies and converters, as well as in motor drive applications. In general, it is an ideal choice for any power electronics application requiring high-frequency transient pass-through filtering, supplying current during high transient peak times, or during frequent switching. Because of its high operating current and excellent core material, the PM1608-151M can also withstand high temperature environments.

The PM1608-151M is also a great fit for automotive applications. It can be used in on-board diagnostic systems, airbags, and ignition and charging systems, where it filters DC to AC conversion. It can also help in increasing the reliability and efficiency of these systems. Additionally, the PM1608-151M is ideal for EMC/EMI (electromagnetic/electromagnetic interference) applications and radio frequency (RF) filter applications, which require precise inductance and low current leakage.

Working Principle

The PM1608-151M is a fixed inductor that relies on Faraday’s Law of Induction. This law states that the voltage induced in an inductor is proportional to the rate of change of the magnetic field within it. In other words, as the magnetic field within the inductor changes, a voltage is generated. The amount of voltage produced will depend on the inductance of the inductor, which is determined by the number of turns in the coil and the core material. The PM1608-151M’s core material and number of turns are carefully selected to give it the required inductance.

In operation, the PM1608-151M’s winding generates a changing magnetic field when current passes through it. When this field collapses or expands, a voltage will be generated. This voltage can then be used for various operations such as generating a voltage, blocking DC current, tuning or shunting different frequencies, and filtering harmonics.

Because they are based on Faraday’s Law of Induction, fixed inductors like the PM1608-151M can be extremely useful for many types of applications. Its shielded construction and high-current capability make it an ideal choice for projects where cost and performance are important factors. The PM1608-151M’s ability to provide reliable power delivery and accurate filtering makes it a great choice for automotive applications, as well as for RF and EMC/EMI operations.

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