LQH44PN2R2NGRL

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Fixed inductors are those classified by various types, including those with a ceramic core and those with an air core. The LQH44PN2R2NGRL is one of those ceramic core inductors. It is an electronic component used widely in various applications, including low-level RF circuit applications, cellular base station antenna applications, motor driver circuits, common-mode filters, and other similar tasks. In particular, its relatively small size has made it popular for mixing various current and reactive energy into one single compact component, which can simplify and reduce the overall costs of manufacturing a system.

General Characteristics of the LQH44PN2R2NGRL

The rated temperature range of the LQH44PN2R2NGRL is between -30°C and +85°C and the maximum rated DC current is 680mA. The device has a high rated power up to 1.3W. Finally, people should also remember that the package height of the LQH44PN2R2NGRL is 4mm.

Applications of the LQH44PN2R2NGRL

One of the main applications of the LQH44PN2R2NGRL is as a low-level RF circuit component. The inductor is placed between the transmitter and the antenna of an RF circuit, providing an additional level of inductive loading to the circuit. Other applications include motor driver circuits, common-mode filters, and various other electronic components.

Working Principle of the LQH44PN2R2NGRL

The LQH44PN2R2NGRL works by inductively loading a circuit with both current and reactive power. This increases the level of impedance when high frequency current is passing through the circuit. The LQH44PN2R2NGRL is composed of a ferrite core material, which is wrapped up with a number of coils, which are typically made of copper or aluminum. This arrangement is what allows the inductor to store energy in the form of a magnetic field.

When electric current passes through the coils, it will generate a magnetic field, which is referred to as electromagnetism. This electromagnetic field then interacts with the core material, which increases the flow of current through the circuit. Thus, by introducing the inductive loading of the LQH44PN2R2NGRL, the desired impedance levels can be achieved.

Conclusion

The LQH44PN2R2NGRL is a useful component with a wide variety of applications, from low-level RF circuits to motor driver circuits and common-mode filters. It is a ceramic core inductor with a maximum rated DC current of 680mA and a rated power of 1.3W. It works by storing energy in the form of a magnetic field, which then interacts with the core material to increase the flow of current through the circuit, thus forming the desired impedance levels.

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