L-14C36NKV4T

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Fixed inductors are electrical components with a length of wire wound into a cylindrical shape to develop a magnetic field when an electric current is passed through them. Among these inductors, L-14C36NKV4T is becoming increasingly popular in electrical engineering. This article explains L-14C36NKV4T’s application field and working principle.

Introduction

L-14C36NKV4T is a type of fixed inductor manufactured by Murata. This inductor is well known for its low DC resistance, close tolerance, and reliable construction. The inductor is constructed with Ferrite core and wire-wound winding, which gives it a high inductance and stable performance. L-14C36NKV4T can operate up to 150 °C temperature rise and a maximum current rating of 2.4A. With its wide operating temperature range from -55°C to +125°C, L-14C36NKV4T is suitable for high temperature applications.

Application Field

L-14C36NKV4T is mainly used in applications where a highly reliable, low DC resistance and close tolerance inductor is needed. Some typical applications include EMI filters, power supplies, switch mode power supplies, LCD monitors, and other high temperature mounted applications. This inductor is also suitable for use in automotive circuits.

Working Principle

The L-14C36NKV4T has a compound core made up of ferrite material, which is wound with an insulated copper wire winding. When an electric current is passed through the winding, it generates a magnetic field. Since the inductor has a shielded interior, the magnetic field can\'t escape and is instead confined within the inductor. The intensity and nature of the magnetic field is determined by the type of material (i.e. ferrite) and the number of turns on the winding.

Due to the shielding effect provided by the material, the magnetic field generated by the electric current is not affected by external sources of energy such as electrical noise. This allows the inductor to maintain a stable and consistent performance even in the presence of high levels of interference.

The inductor can also be used as an EMI filter, as it can block unwanted electromagnetic waves and signals from interfering with the circuit. This helps to protect the circuit from damage due to electromagnetic waves, and also ensures reliable performance over time.

Conclusion

Fixed inductors, such as the L-14C36NKV4T, are increasingly popular in electrical engineering. It has a wide operating temperature range and a reliable construction that allows it to be used in a variety of applications. In addition, the shield provided by the ferrite core prevents the generated magnetic field from being affected by external sources of energy. This, in turn, ensures reliable performance and protection against electrical noise.

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