100R-102M

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors are an important component for many electronic circuits. They work by establishing a magnetic field of energy, which is then passed through the inductor for a variety of purposes such as filtering and energy storage. In this article, we will look into the 100R-102M application field and working principle.

Fixed inductors are commonly used in circuits requiring improved current performance, such as power supplies and regulated power systems. The 100R-102M inductor is an application-optimized edition of the conventional 100R family of inductors. It is specially designed for the new high-power voltage regulators in high-performance applications. This inductor offers a high inductance with a low DC resistance (DCR) rating. The 100R-102M is rated up to 1.3A of DC current, and up to 10MHz of frequency.

The working principle of fixed inductors involves the creation of a magnetic field. This magnetic field is generated when a current passes through the inductor. This current is known as the “primary current”. The trapped magnetic field induces a voltage in the windings of the inductor, which creates an opposing magnetic field. This opposing field opposes the original field and is known as the “back EMF” or inductance. When the current is reduced or stopped, the back EMF maintains the opposing field and this is known as the “magnetic field energy storage”.

The most common type of fixed inductor used in circuits is the ferrite core suface-mount type. This inductor has a wound copper coil or metal plate along with a magnetic core composed of powdered ferrite material. It has a lower DCR (resistance) rating than other types of inductors. This inductor also offers more current capacity and greater energy storage capacity than its counterparts. Fixed inductors can also be used to increase the impedance of an amplifier output.

In general, the 100R-102M application field is suitable for high-power voltage regulators, power supplies, and other power-regulated applications. Its high current rating and low DCR is beneficial for applications that require a higher performance in power delivery and voice signals. The inductor also offers better regulation and improved crosstalk for better fidelity and accuracy. Furthermore, the energy storage capacity of this component is useful in applications requiring frequency and phase-lock loops and other applications which require improved signal integrity.

In conclusion, the 100R-102M application field has a wide variety of uses in the electronics engineering industry. Its low DCR and high current rating make it a suitable choice for applications that require higher accuracy, precision, and efficiency. Moreover, its energy storage capacity gives it the benefit of being used in applications that require frequency and phase-lock loops and improved signal integrity. All these benefits make the 100R-102M a reliable component when it comes to high-performance circuits and systems.

The specific data is subject to PDF, and the above content is for reference