MILS1812-331K

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Fixed Inductors

Fixed inductors are a type of electromechanical component widely used in many electronics applications. In particular, the MILS1812-331K is one of the most popular models used in a variety of applications. This article will discuss the application field and working principle of the MILS1812-331K inductor.

The MILS1812-331K inductor is an encapsulated fixed inductor with a leaded construction, which provides excellent electrical shielding and temperature stability. It has a ferrite core material and two leads of 12mm length. It can be used in a variety of electronics applications, such as power supply prioritizers, automotive electronic systems, electrical home appliance systems, LED lighting circuits, and telecommunication systems.

The MILS1812-331K inductor is mainly used in high voltage applications, especially in power supply prioritizers. It can regulate the current (Current Regulation) and voltage (Voltage Regulation) of the power source, allowing it to be managed more precisely. The inductor can handle input voltages up to 150V and is resistant to short-circuiting up to 100A, which is essential in ensuring the safety and reliability of the power source.

In terms of working principle, the MILS1812-331K uses an electromagnet field to convert DC electric energy into magnetic field energy. This is referred to as Inductance. When a current is passed through the inductor, it produces a magnetic field, which causes the core material to become magnetised. The magnetic field then creates an opposing electric field, which reinforces the current and prevents it from being lost. The inductor, therefore, works as an electric dam and limits the current flow.

In addition, the MILS1812-331K is an excellent choice for its efficient and cost-effective operation. Designed to meet the highest safety requirements in automotive, telecommunication, and consumer electronics, its ferrite core material ensures that the inductor remains stable and durable even at a high temperature. Furthermore, its internal construction prevents the inductor from creating too much noise and keeps it from interfering with other components in the circuit. Lastly, due to its leaded construction, the MILS1812-331K inductor offers maximum flexibility in design and installation.

In conclusion, the MILS1812-331K fixed inductor is a versatile and reliable component used in a variety of electronics applications. It is highly resistant to short circuits and can handle input voltages up to 150V. Its ferrite core material provides excellent temperature stability and its leaded construction ensures maximum flexibility in design and installation. Therefore, the MILS1812-331K inductor is an excellent choice for its efficient and cost-effective operation.

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