1840-26J

Fixed Inductors

Inductors are electronic components used mostly at radio frequencies and high currents, consisting of a conductor or windings of conduting wire around a core of magnetic material.

Among all of the inductors, the 1840-26J inductor is one of the most stable and reliable inductors available on the market. It is extensively used in high and low frequency applications.

Application Field

The 1840-26J is a perfect inductor to be used in combination with capacitors. This combination is widely used in electric circuits for filtering, blocking, or tuning signals, as a resonant circuit in oscillators, for impedance matching and a bunch of RF/microwave signal applications.

Furthermore, this inductor can be found in electronic circuits such as:

• Filtering/blocking and tuning RF and microwave signals
• Filtering/blocking and tuning audio signals
• Pulse transforms, transceivers
• Switching regulators
• Antennas
• Cellular phones

Working Principle

The main working principle of the 1840-26J inductor is based on the characteristics of an inductor that generate a current as it has an energy storage component.

The inductor is based on the Faraday\'s Law Of Induction, which states that a changing flux induces a voltage in a conductor. The 1840-26J functions by utilizing the principle that whenever the flux changes, a voltage has to be induced in the loop in order to maintain the same flux, with the current following in the same direction as the changing flux.

The applied input voltage will flow in the windings of the inductor and through the core in a circular current path, inducing an opposing magnetic field. As the applied input voltage or current changes, the magnitude of this inductor\'s opposing magnetic field will also change accordingly, creating an opposing voltage. This induced voltage will oppose the applied voltage, which restricts the current from flowing in the inductor. This is what is known as the inductance of the 1840-26J.

Conclusion

The 1840-26J inductor is a reliable and stable inductor that can be used in a variety of applications. Its main working principle is based on Faraday\'s law of induction, which states that a changing flux induces a voltage in a conductor, the magnitude of its opposing magnetic field changing according to the applied input voltage or current.