12LRS335C

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Fixed inductors are components that possess a coil with a ferrite core design, with the purpose of storing electric energy used to provide the correct level of current in electronic circuits. The 12LRS335C is a popular fixed inductor model due to its size and low profile features. It can be configured with multiple terminals to provide different connection options.

The 12LRS335C is constructed with a ferrite core, allowing for a higher inductance per unit of volume than a typical air core inductor. This inductor is constructed with a high temperature soldering process that enables it to withstand high operating temperatures. The 12LRS335C also has a superior DC bias response, meaning that it is able to maintain more constant properties while exposed to dynamic changes in operating temperature.

The 12LRS335C is commonly used in power supply circuits, power amplifier circuits, EMI filters, antenna circuits, and other low-frequency applications. This inductor is particularly suitable for low-frequency signal systems due to its low profile and its ability to provide more inductance per unit of volume. Its small footprint makes it ideal for use in dense electronics applications, such as printed circuit boards.

The 12LRS335C can be configured with three or four terminals to provide different connection options. The terminals can be connected in series or parallel connection to provide flexibility in terms of electrical characteristics. With series connection, the inductance is increased, while with parallel connection, the impedance is decreased.

The working principle of the 12LRS335C is based on the self-inductance of a coil. This is the phenomenon in which a changing current in a coil creates an induced voltage across the coil according to Faraday\'s Law of Induction. This induced voltage is proportional to the rate of change of the current, and thus can be used to store energy in the circuit.

The 12LRS335C is designed to take advantage of the self-inductance of a coil. When a current is applied to the 12LRS335C, the current creates a magnetic field that creates an induced voltage opposite to the applied current. This opposes the applied current and increases the impedance of the coil, providing a voltage drop and a decreased current in the circuit.

Overall, the 12LRS335C is a versatile fixed inductor model that can be used in a variety of applications. It is designed with a high temperature soldering process that enables it to withstand high operating temperatures, while its small size and low profile make it suitable for dense electronics applications. This inductor is also able to provide more inductance per unit of volume than a typical air core inductor due to its ferrite core design. In addition, its three or four terminals can be configured in series or parallel connection to provide different options for electrical characteristics. Finally, the working principle of the 12LRS335C is based on the self-inductance of a coil, which allows it to store electric energy used to provide the correct level of current in electronic circuits.

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