LQH2HPN150MGRL Inductors, Coils, Chokes

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Fixed inductors are components widely used in electronic products. The main function is to store electrical energy during operation, then absorb, charge and discharge alternately in an alternating current process. There are a variety of types for different applications. For example, the LQH2HPN150MGRL, a fixed inductor, offers excellent features and performance for modern electronic designs.

The LQH2HPN150MGRL is a widely used fixed inductor in the industry. It has a maximum inductance of 150mH and other specifications related to current rating and voltage. Operating temperature range is between -40 and 105 degrees Celsius.

The LQH2HPN150MGRL is designed mainly for use in high frequency circuits such as switch mode power supplies. It can reduce the amount of RMS current needed and lower the voltage ripple in the circuit. This can reduce the power dissipation of electronic components while still maintaining electrical performance. This is especially important in switch mode power supplies due to their power efficiency and long life.

The fixed inductor also offers high power density, allowing for the minimization of circuit board area. Furthermore, the inductor is rated for use up to 150kHz with a maximum DC current of 1.6A. This makes it an ideal component for improving performance and optimizing designs for high frequency applications.

The working principle of the fixed inductor can be understood through the phenomenon of inductance. When electricity passes through the metal coil of the inductor, the coils form an electromagnetic field which generates a backward reaction in the current. This creates a voltage across the inductor’s coil which opposes the main current and is called inductance.

The amount of inductance can also be adjusted by increasing or reducing the number of turns in the coil. The voltage generated across the inductor is determined by the amount of current flowing through the circuit and the inductance. This means that for a specific current, the voltage across the inductor will be proportional to the amount of inductance.

The LQH2HPN150MGRL offers excellent performance for electronic designs. It is rated for use up to 150kHz with a maximum DC current of 1.6A. Its high power density and superior quality enable it to be used in high frequency applications without compromising performance. Furthermore, the adjustable inductance allows for more precise control and optimization of electronic designs.

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