PF0464.104NL

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Fixed inductors are extremely useful components used in electronic circuits because they provide a consistent and steady current regardless of input or output voltage levels. PF0464.104NL is a type of fixed inductor that is used in many different applications, including motor control, power supply regulation, and signal conditioning. It is a compact device that can be used in a variety of applications, as long as the proper input and output levels are maintained.

The PF0464.104NL is a low profile, non-tapping type fixed inductor that operates with a rated current of 4.0 Amps and a maximum DC resistance of 0.12 Ohms. It is constructed with a ferrite core and a conductive ink bobbin. The ferrite core provides inductive reactance and helps reduce power losses, which makes the PF0464.104NL a great choice for applications at low voltage and high switching speeds. The conductive ink bobbin allows for the efficient transfer of current and helps prevent the core from overheating.

The working principle of the PF0464.104NL is based on Faraday’s Law of Induction. When a current passes through a coil, a magnetic field is created, causing a voltage to be induced in the coil. This induced voltage also generates a counter EMF in the coil which opposes the flow of the current and resists its changing levels. Using this principle, the PF0464.104NL is able to prevent voltage spikes and provide a steady, consistent current.

The PF0464.104NL is primarily used in applications that require a constant supply of current. This includes motor controllers, power supplies, digital circuits, and high-frequency switching circuits. Additionally, the PF0464.104NL has excellent noise suppression and interference rejection capabilities, which makes it well suited for use in communications and signal conditioning applications. It is also often used in high-current, low-power applications, such as LEDs, circuits powering audio speakers, and wireless charging systems.

In summary, the PF0464.104NL is a type of fixed inductor with a ferrite core and conductive ink bobbin. Its working principle is based on Faraday’s Law of Induction, and its uses include motor control, power supply regulation, signal conditioning, communication, and other high-current applications. It is a compact and efficient device that can provide a steady and consistent output voltage regardless of input levels.

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