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Fixed Inductors

Overview

Inductors, also known as reactors, coils, or chokes, are devices that store energy in the form of a magnetic field when an electric current passes through them. The most common type of inductor is the fixed inductor, which is a permanent position inductor with parameters that do not change with time or frequency. The LBM2016T270J is an example of a fixed inductor whose specific characteristics are outlined below.

LBM2016T270J application field and working principle

The LBM2016T270J is a surface mount power inductor that is designed to operate with a wide range of input currents, ranging from low-level to high-current applications. This makes it a well-suited for use in a variety of power electronics applications such as dc-dc converters, power supplies, and battery chargers. The LMB2016T270J is also designed with a high saturation current of 18.6A and an inductance of 4.7mH at 1kHz, making it ideal for high-efficiency applications.

The LBM2016T270J works on the principle of Electromagnetic Induction. Electromagnetic induction is a phenomenon whereby an electric current is induced in a circuit due to a change of magnetic flux. In the case of a fixed inductor like the LBM2016T270J, the current passing through the device creates a magnetic field which is proportional to the current. This magnetic field then induces a current in the inductor, creating a component of energy known as self-inductance.

This self-inductance can be used to perform various tasks such as filtering, energy storage, and control of the power input and output. Self-inductance also has the effect of limiting the current, which is useful for protecting other components from damage due to excessive amounts of current. For this reason, it is commonly used in the output stages of different types of power supply designs.

Advantages of the LBM2016T270J

The LBM2016T270J offers a variety of advantages over other induction models in terms of its power output and efficiency. In particular, the LBM2016T270J has a high saturation-current of 18.6A and a compact size of only 13.2 × 12.3 mm, making it ideal for space saving applications. It also operates at a wide frequency range of up to 1MHz and has a high rate of temperature change, allowing it to be used in a variety of high-temperature applications. Additionally, the LBM2016T270J has a very low resistance of only 0.264Ω, meaning it is able to deliver more power than traditional inductors.

Conclusion

The LBM2016T270J fixed inductor is a durable and reliable component that is well-suited for use in a variety of high-power applications. Its high saturation current, compact size, and wide frequency range make it an ideal choice for applications requiring high efficiency and maximum power output. Additionally, its low resistance makes it capable of delivering more power than other models, making it a great choice for applications where space and efficiency are a priority.

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