LQG15WH4N7C02D

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Fixed inductors are components that store energy in the form of a magnetic field, capable of transporting a high amount of current over short distances. The model LQG15WH4N7C02D is a fixed inductor designed for high performance and power applications, such as those found in power supplies, motor control, and industrial automation. This inductor provides superior inductance performance, is capable of high-frequency operation, and has low losses.

The LQG15WH4N7C02D has an inductance value of 15 μH. It has a low equivalent series resistance (ESR) of 25 mΩ, making it a useful option for high-frequency applications. The maximum rated current, called current density (I=0.0041 A/mm2), is another measure of performance, and the LQG15WH4N7C02D can withstand up to 6.2 Amps of current. Its five-terminal design includes two ground plates and three connection points to the inductor.

The inductor’s operating temperature ranges from -10 to 85°C, and the unit works best when kept within that range. Its dimensions are 0.450" x 0.465" x 0.354". Its structure is a non-combustible plastic package with several metal plates inside. The inductor features low leakage flux, low self-heating, and can operate at frequencies up to 10 MHz.

The LQG15WH4N7C02D is designed for the power applications mentioned previously. The high current and the low resistance of the inductor make it ideal for power supplies and motor control. For example, a single LQG15WH4N7C02D can be used to step up voltage in a power supply, providing enough current to supply a motor. It can help regulate the speed of electric motors, allowing the motor to move at different speeds.

The working principle of an inductor relies on Faraday’s laws of induction. Magnetic flux created by a current produces an electric field which induces a voltage across the inductor. As the current increases, the induced voltage also increases, resulting in an opposition to the original current. By controlling the induction, the inductors can help regulate the flow of current through a circuit.

The LQG15WH4N7C02D is an excellent choice for high performance and power applications. Its five-terminal design and low-resistance make it suitable for high frequency operation, while its temperature standards and current capacity make it suitable for many different circuit designs. The inductor’s working principle is based on Faraday’s laws of induction, which allows it to regulate the current in a circuit.

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