CI201210-10NJ

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Fixed Inductors

Inductors are essential active components in various electronic circuits. The CI201210-10NJ inductor belongs to the fixed inductors family, and it can be employed in a great number of electrical and electronic applications. This article is intended to explain what CI201210-10NJ is and the working principle behind its operation.

Introduction

A fixed inductor is an electrical component constructed with a coil of wire wound on a core made of ferrite or iron. These inductors offer high inductance levels and are quite handy to use in a given circuit. The CI201210-10NJ model, for instance, is a fixed inductor that measures 10 millimetres in length, 6 millimetres in width and 10 millimetres in height. Irrespective of their size, these types of components are known to be compact and extremely reliable when used in various applications.

Application Field

Fixed inductors have a number of practical uses. A properly designed CI201210-10NJ inductor, for example, can be used in many different situations. Its low profile, combined with the integrated SMT format, makes this inductor suitable to employ in multiple designs of modern electronic devices. The CI201210-10NJ is particularly recommended for differential signal line applications such as HDTVs, displays, automotive infotainment systems, digital cameras and especially in handheld products. Moreover, this inductor can be employed in other RF applications as well. Examples of these include GPS receivers, Bluetooth devices, mobile phones and tablets.

Performance Benefits and Characteristics

Fixed inductors are known to provide a number of benefits and performance characteristics. The CI201210-10NJ model, for instance, is a very reliable device. Its DC resistance and inductance make it quite suitable for differential signal lines, where a higher specification level is required. Aside from that, this type of inductor can easily fit in environments that require low-effects of stress or disturbance. This type of component also offers a great degree of stability, which is why it has gained much popularity in HDTVs and other devices with high-voltage components.

Working Principle

The working principle behind the operation of fixed inductors is quite simple. When an electric current passes through the component\'s coil of wire, it produces a magnetic field around the wire. This field can be converted into energy and stored in the core of the inductor. The greater the inductance of a fixed inductor, the stronger the magnetic field created whenever an electric current passes through it. The CI201210-10NJ model, for instance, has a rated inductance of 1.5uH, which makes it suitable for applications that require high-inductance levels.

Conclusion

Fixed inductors have many different practical uses. The CI201210-10NJ model, specifically, is considered one of the best solutions for differential signal line applications. This type of component provides high-inductance, a small form factor, low power loss and a great degree of stability. Its working principle is based on the conversion of the electric current passing through its coil into a magnetic field, which is then stored in its core. In spite of its small size, a properly designed CI201210-10NJ inductor is able to provide high-performance levels and reliability in a variety of electronic applications.

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