IMS5SWDBH3R9J65

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

Fixed inductors are electrical components consisting of a coil of wire wound around some core material (usually laminated iron, iron powder, ferrite or air core) which acts as a magnetic core to increase the inductance of the coil, creating an energy storage device. Fixed inductors are used to store, filter, or amplify an electrical signal, filter noise, and as tuned circuits for radio frequency applications. The IMS5SWDBH3R9J65 product is a family of fixed inductors with a variety of structures, sizes, and inductance values.

Types of Fixed Inductors

Fixed inductors come in a variety of forms, although all maintain the same basic principles of operation. The common types of fixed inductors are wound, pre-shaped, ferrite bead, molded, and custom inductors. Wound inductors are comprised of a winding of wire wrapped around a bobbin or other form, while pre-shaped inductors consist of pre-made shapes of wire wrapped around a magnetic core. Ferrite bead inductors have a ferrite core wound with a single turn of wire, while molded inductors are made by injecting a ferrite material into a diameter of a bobbin. Custom inductors are made to exacting specifications or for a specific application.

IMS5SWDBH3R9J65 Application Fields

The IMS5SWDBH3R9J65 family of fixed inductors is designed for use in a variety of application fields such as radio and TV broadcasting, automotive audio systems, telecommunication systems, power supplies, DC-DC converting circuits, and microwave and millimeter wave circuits. These inductors are designed to provide high quality signal capabilities and noise filtering, to keep high component system accuracy. They are designed to operate in extreme temperature and environmental conditions, with excellent temperature and thermal cycling performance.

IMS5SWDBH3R9J65 Working Principle

The working principle of magnetically coupled fixed inductors is based on Faraday’s law of induction. When a voltage (or current) is applied across a coil of wire, a magnetic field is created around the coil. This magnetic field in turn induces an electromotive force in any conductor that passes through it. In other words, an induction electromotive force can be induced in a coil by a changing magnetic field. The magnetic field is controlled by the geometry of the coil, and by the currents applied to the coil. The amount of transference of electrical energy between the coil and the adjacent conductor depends on the amount of coiling, the permeability of the material, and the amount of current flowing through the coil.

The IMS5SWDBH3R9J65 Fixed Inductor family is designed to provide efficient energy transfer and reliable signal processing capabilities. The transconductance and high self-resonant frequency of these inductors makes them an ideal solution for various application fields, including radio and TV broadcasting, automotive audio systems, telecommunications systems, power supplies, DC-DC converting circuits, and microwave and millimeter wave circuits.

These inductors use a combination of wound and moldedtype designs for their coil cores, with variations in size and inductance for different applications. The design of the inductor provides a low total distortion with high-frequency bypass and high self-resonant frequency for improved linearity of signal transmission. The inductor also has a wide operating temperature range of -40 to +125°C.

The IMS5SWDBH3R9J65 family of fixed inductors is designed to provide reliable performance in a wide variety of applications. The versatile design allows for use in various RF and high frequency applications, while providing high quality signal transfer and noise filtering capabilities. The high quality construction provides reliable operation in extreme temperatures, allowing for operation in harsh conditions without impairment of performance.

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