CI100505-1N2D

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Fixed Inductors are ubiquitous in circuit design, as they are used to form components such as transformers and high-Q filter coils. The CI100505-1N2D inductor is especially popular for its small form factor and high performance, making it ideal for applications in tight spaces such as mobile devices and automobiles. This article will discuss the application field and working principle of the CI100505-1N2D inductor.

The CI100505-1N2D is a through-hole radial inductor. It is composed of a conductive coil and a ferrite core. Its size is only 5.2mmx5.0mmx 3.08mm, making it a perfect choice for applications in tight spaces. Its lead pitch is 2.54mm, making it easy to use with standard connector types, as well as allowing for multiple CI100505-1N2D to be stacked for use in applications requiring higher inductance.

The CI100505-1N2D has a high current rating of 1.2A and a DC resistance of 0.34 Ω, making it suitable for high current and high frequency applications. Its rated inductance is 100uH with a ±20% tolerance. The CI100505-1N2D also has a high Q rating of 40, meaning it is able to store energy for a long time, making it ideal for use in filter applications. It is capable of operating over a wide temperature range of -40°C~105°C, making it suitable for use in industrial and automotive applications.

The CI100505-1N2D has a variety of uses, including: power supplies, portable electronics, and consumer electronics. Its small size and high current rating make it well-suited for use in mobile devices. Its high Q rating and wide temperature range make it suitable for a variety of automotive applications as well, such as alternators, AC motors, and solenoids. The high inductance and low resistance make it ideal for use in power supply circuits, voltage transformers, and filter coils.

The CI100505-1N2D operates on Faraday\'s law of induction, which states that a changing magnetic field induces a current in a nearby wire. When alternating current is applied to the coil of the CI100505-1N2D, a changing magnetic field is created, inducing a current in the wire. This induced current creates an opposing magnetic field, resulting in a back EMF. This opposing magnetic field resists the current flow in the inductor, producing a voltage drop and thus providing inductance.

In conclusion, the CI100505-1N2D is a popular radial through-hole inductor which offers a high current rating, low DC resistance, and high inductance in a small form factor. Its wide temperature range and high Q rating make it suitable for a variety of applications, such as mobile devices, consumer electronics, and automotive applications. It operates on Faraday\'s law of induction which results in the creation of an opposing magnetic field, resulting in a voltage drop and thus providing inductance.

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