LQP03TG2N9B02D

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Fixed inductors are electronic components used in electronic circuits to store energy in the form of a magnetic field. The LQP03TG2N9B02D is a type of fixed inductor designed with a high level of efficiency. It features a ferrite-based construction that increases its durability and stability. With an inductance range of 0.1 to 10 µH and a maximum DC current rating of 20 A, this fixed inductor offers a wide range of applications. In addition, its low profile and low cost make it an attractive option to use in space-constrained and cost-sensitive designs.

The LQP03TG2N9B02D fixed inductor is primarily used in power conversion and motor control applications such as SMPS, UPS, and inverters. It is also used in switched-mode power supplies, alternate-mode rectifiers, DC-DC converters, DC-AC inverters, and other such electronic circuits. The fixed inductor’s ferrite core gives it excellent thermal performance, which is especially beneficial in high-temperature applications.

The working principle behind the LQP03TG2N9B02D fixed inductor is the same as that of other inductors. It produces a magnetic field when a current passes through it. The magnetic field stores energy and allows for current to flow through the inductor in a controlled manner, resulting in a smooth current flow in the circuit. An inductor also has the ability to block certain frequencies of radio frequency signals, which is beneficial in applications that require interference immunity.

The design of the LQP03TG2N9B02D fixed inductor offers several advantages. Its small size and lightweight design make it suitable for space-constrained and cost-sensitive designs. In addition, the ferrite-based construction increases the inductor’s thermal performance, which helps to reduce power losses. Its low profile also helps to reduce the size and complexity of the circuit board.

The LQP03TG2N9B02D fixed inductor is a reliable and efficient part for use in a wide range of power conversion and motor control applications. Its small size and low cost make it a great option for space-constrained and cost-sensitive designs. Its ferrite-based construction ensures excellent thermal performance and its low profile helps to reduce the size and complexity of the circuit board. It can handle a maximum DC current of 20 A and is capable of storing energy in the form of a magnetic field, allowing for a smooth and controlled current flow in the circuit.

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