Fixed Inductors

Inductors are passive electronic components that store energy in the form of a magnetic field when an electric current passes through them. Fixed inductors are inductors that do not vary their inductance in response to a change in current. The M1331-473K fixed inductor is a specific type of inductor that is primarily used in power supplies, digital and analog circuits, and in filter circuits.

M1331-473K Features

The M1331-473K fixed inductor has a wide variety of features that make it useful in a number of applications. Its high insulation resistance prevents it from conducting or storing electrical charge, making it ideal for use in high voltage and current circumstances. Its low resistance also makes it suitable for use in DC-DC converters and other current sensitive applications. Additionally, its high operating temperature range allows its use in circuits that experience high temperatures.

The M1331-473K fixed inductor also offers a high current rating, with a maximum operating temperature of up to 125°C. Its small size and light weight make it suitable for use in portable and low-profile applications. Furthermore, it features a high frequency response, making it suitable for use in RF circuits and high frequency applications.

M1331-473K Application Field

The M1331-473K fixed inductor is primarily used in power supply and battery management applications. Its small size and light weight make it ideal for use in portable devices, while its high current rating and high temperature range make it suitable for use in high power and high temperature environments. Furthermore, its high frequency response makes it suitable for use in RF circuits and other high frequency applications. It is also used in audio circuits, switching power supplies, and filter circuits. Additionally, it is often used in digital and analog circuits.

M1331-473K Working Principle

The M1331-473K fixed inductor works on the principle of an electrical inductor. The inductor consists of a coil of wire with an electrode at either end. When an electrical current passes through the coil, it creates a magnetic field which stores energy. The impedance of the inductor is a function of the intensity and the frequency of the current, so when the current is constant, the impedance will remain the same.

The M1331-473K fixed inductor also works by using the magnetic field to resist the change in the current. This resistant force is called inductance, and it is proportional to the number of turns in the coil, the permeability of the core material, and the current in the circuit. Additionally, when the current is changed, the inductor “resists” the change by generating energy that opposes the current, thus maintaining a constant voltage and current in the circuit.