PF0465.823NLT

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Fixed inductors, in general, are components of the active filters and used in resonant circuits and in some other situations because of their low-frequency behaviors. They are popularly known as inductors, chokes, or coils, dependent upon their particular usage. They are a type of passive component, characterized by having two electrical terminal connections. These devices are broadly used in the radio frequency (RF) and audio frequency (AF) sections of a wide variety of electronic circuits. A fixed inductor can be made of numerous materials, such as air-core, ferromagnetic material or powdered iron.The PF0465.823NLT is a Fixed Inductor typically used in the field of RF and AF applications. It is a LC filtering inductor exhibiting superior characteristics, enabling its use in small-size and high density circuits. The PF0465.823NLT is a radial fixed inductor with a high saturation field strength and high operation speed. The key features of the inductor are its high frequency response.The PF0465.823NLT is usually constructed with a single-layer winding that is combined with a ferrite core for higher inductance. This inductor typically has an inductance of 2.2 uH and a DC resistance of 0.082 ohms. It is rated up to an operating temperature of -55C and a storage temperature of -65C. The device also has a very low self-resonance frequency, making it suitable for high frequency applications.The working principle of the PF0465.823NLT is based on the classical electromagnetic rule of induction. Its basic principle is that when a current-carrying conductor, or coil, is placed in a magnetic field, a magnetomotive force is created. This magnetomotive force will induce current to flow in the coil, producing magnetising current. This process leads to the development of an electromagnetic field around the coil, giving rise to its inductive properties.The PF0465.823NLT is widely used in RF and AF applications, such as communications, entertainment, and industrial control systems. It is also suitable for DC/DC conversion, audio filtering, power supply filtering, and noise-reduction circuits. The use of the PF0465.823NLT allows for the elimination of large-sized connectors required for high-density circuits. With its high saturation field strength, magnetisation current can easily be generated at higher frequency range. The high power rating of this fixed inductor also ensures that it can handle large currents with easy dispersion of heat dissipation. Most of the reliability and efficiency of the PF0465.823NLT comes from its construction, which consists of a ferromagnetic core and a winding. The ferromagnetic core allows the device to build high inductance values while having a low DC resistance. The core of this inductor ensures that the flux generated in its windings is highly concentrated. The windings within the ferromagnetic core also help reduce low-frequency losses, enabling a reduction of eddy currents. The design of the windings also helps in improving the electrical characteristics of inductors by allowing for a higher level of performance. In addition, the PF0465.823NLT also exhibits superior performance across a wide temperature range. This device is also capable of withstanding high temperature conditions while still exhibiting a high level of stability. This feature is very important to ensure that its performance does not degrade over the course of its lifetime. Overall, the PF0465.823NLT is an ideal choice for applications that require a high level of performance with a focus on reliability and efficiency. Its superior characteristics, such as its high saturation field strength, make it suitable for high frequency applications and small-sized and high-density circuits. It is also a good choice for DC/DC conversion, noise reduction, audio filtering and power supply filtering. In addition, its construction consisting of a ferromagnetic core and winding ensures that its performance remains reliable for an extended period of time.

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