PE-53614NLT

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Fixed inductors are the basic and indispensable passive electrical components widely used in the electronic circuit. PE-53614NLT is one of the devices in the family of fixed inductors and it has extensive applications in many areas.

PE-53614NLT is the surface mount inductor with a rated AC current of 1.2A. It is packaged in an 0805-sized package for easy installation and is equivalent to the 2010 package. This package uses a high-performance ferrite core material and is housed in a thermally conductive epoxy buffer for good cooling. PE-53614NLT has a wide operating temperature range of -40℃ to +125℃ and can operate reliably in harsh environments.

In terms of its structure, PE-53614NLT consists of the following components: a ferrite core, an insulated wire coil, winding, and an epoxy molding package. This product is characterized by its high power density, low DCR, high self-resonance frequency, and good high frequency performance. Due to its small size, it is ideal for high-density mounting applications. Its operating frequency is between 9KHz and 1MHz, and its size is 0.8mm x 0.5mm.

PE-53614NLT is mainly used as an inductor in AC circuits, which is responsible for storing energy. It is used in applications such as voltage regulation, motor control, transformers, signal processing, power line harmonic control, and telecommunications.

The working principle of PE-53614NLT is simple: when a current flows through it, a strong magnetic field is formed around the core, and the induced voltage forces the current to keep flowing. The inductor stores the energy in its magnetic field, which is released while the current decreases. Therefore, it can cause a change in the phase or amplitude of the current in the AC circuit, so that the amplitude and frequency of the current can be controlled.

In conclusion, PE-53614NLT is an important device used in a wide variety of AC applications, and it is important to understand its working principle in order to make full use of its potential and achieve better design results. As a fixed inductor, it is especially suitable for use in high-frequency circuits, and its performance and reliability ensure its safety and stability in harsh environments.

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