LQH32NH1R8J23L

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Fixed inductors are electrical components which fundamentally consists of a coil of wire with two terminals for providing a variable, fixed inductance value in different manufacturers’ products. LQH32NH1R8J23L is a type of high-frequency inductor from Panasonic,which has a compact size and provides high performance, making it suitable for a wide range of applications. In this article, we will explore the application field and working principle of LQH32NH1R8J23L.

Application field of LQH32NH1R8J23L

The LQH32NH1R8J23L is a high-frequency inductor ideal for a variety of applications due to its compact size and high performance. They are most commonly used in power supply circuits, switching DC/DC converters, DC/AC inverters, motor driver circuits, primary side bias circuits, and other high-frequency noise filtering applications. With its ability to supply stable and low-distortion inductance values, this type of inductor has the potential to improve noise reduction while maintaining reduced power consumption.

The application fields of LQH32NH1R8J23L include the following:

• Power supply circuits
• DC/DC converters
• DC/AC inverters
• Motor driver circuits
• Primary side bias circuits
• High-frequency noise filtering applications

Working principle of LQH32NH1R8J23L

The LQH32NH1R8J23L uses a winding to generate a voltage applied across a single or multiple turns of the winding. When a voltage source is connected to the inductor, current flows through the winding and induces a magnetic field. This magnetic field is then held by the inductor, causing the current through the winding to increase as the magnetic field stores energy. The sum of the stored magnetic energy divided by the amount of current, is equal to the inductance of the inductor.

When the current flow is stopped, the stored energy in the magnetic field is released and returned to the voltage source, resulting in a decrease in the inductance. This is the fundamental concept of inductance, and it is similar to the concept of resistance where energy is dissipated while resistors convert energy from one form to another.

The inductor is designed to have an inductance value that is consistent across a wide range of frequencies, meaning that the value remains the same regardless of the frequency at which an electrical signal passes through it. This is important in applications where consistent signal levels are needed, as some inductors may cause signal distortions or significant changes in signal levels. The LQH32NH1R8J23L is designed to be frequency- stable, so noise reduction and signal integrity are not compromised.

Conclusion

The LQH32NH1R8J23L is a high-frequency inductor with many potential applications in different fields. Due to its small size, high performance, and consistent frequency-stable inductance values, this type of inductor can improve noise reduction while maintaining reduced power consumption. With its numerous benefits, the LQH32NH1R8J23L is well suited for a variety of applications, such as power supply circuits, switching DC/DC converters, DC/AC inverters, motor driver circuits, primary side bias circuits, and other high-frequency noise filtering applications.

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