IMS5SWDBHR47J65

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Fixed inductors, also known as discrete magnetic components, have applications in a wide variety of fields. Their ability to store and release electromagnetic energy allows them to provide important benefits in communications, power electronics, and other applications. IMS5SWDBHR47J65 is a one of these desirable fixed inductors. It is widely used in communications, data processing, audio equipment, and smart power applications.

Features

IMS5SWDBHR47J65 has a wide range of features that make it desirable for use in various applications. It is a surface-mountable device, meaning it’s small size of only 5mm x 5mm x 2.5mm makes it easy to install in tight spaces requiring minimal space. Its low profile construction allows it to easily fit into equipment that must operate in restricted locations or within tight quarters. The solderable terminations enable easy and reliable connection to a circuit board using standard production equipment. Its rated DC current is up to 3.0 amperes, making it ideal for a variety of high frequency applications.

Construction

The IMS5SWDBHR47J65 is a single-layer inductor that consists of a flat dielectric core surrounded by an internal steel winding that is wound on a bobbin. The bobbin is encased in a plastic sleeve and is covered in an epoxy coating to provide additional protection from environmental conditions. It has a ferrite core construction, which helps to reduce AC losses and improve frequency response. The flat dielectric core also helps to minimize the size and weight of the device, thus allowing it to fit in small spaces.

Working Principle

The primary working principle of the IMS5SWDBHR47J65 is that of induction and electromagnetic energy storage and release. When an AC Voltage is applied to the winding, a magnetic field is produced. This field induces a current in the winding and produces a voltage drop across the winding, referred to as a self-inductance. This current is then stored in the device’s magnetic core. When the voltage is removed, the current is released back into the winding and a voltage is then produced.

Applications

Due to its size and performance characteristics, IMS5SWDBHR47J65 is a great choice for a variety of applications. It is particularly useful in high frequency applications, such as cellular phones, radars, and other communication equipments. Its size makes it well suited for small-scale digital circuits, like ASICs, which require reliable high speed response time. The device can also be used in DC/DC converters, switching power supplies, voltage regulators, and several other power supply applications.In addition, its low profile allows it to be used in small and densely packed designs, including smart cards, smart electronic gadgets, and other compact handheld devices. It is capable of providing reliable performance in such a constrained area, making it an ideal choice for low cost, high performance, high frequency applications.

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