PA4304.273NLT Inductors, Coils, Chokes

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fixed Inductors are components used in electronic filters, radio frequency circuits, and switching power supplies. They are used to store energy by creating a magnetic field around a core material. Also, inductors act as an energy reserve by carrying a current in a wire coil that can be tapped to provide energy at a later point in time. The PA4304.273NLT is a type of fixed inductor specifically designed for use in AC/DC and switched power supplies.

The PA4304.273NLT is an axial leaded inductor that consists of a ferrite core wire wrapped into a loop. This ferrite core is wound with copper wire and enclosed in a plastic housing. The wrap of the wire around the ferrite core creates a varying magnetic field that is dependent on the current being passed through the inductor.

The primary application field of the PA4304.273NLT is AC/DC and switched power supplies. It can be used for filtering, frequency counter-balancing, and output buffer amplifier operation. It is also suitable for use in electronic circuits, such as SCR circuits, switch circuits, rectifier circuits, and other circuit protection applications.

In terms of its working principle, the PA4304.273NLT functions similarly to other inductors. When an AC current is applied, it responds to the alternating current by creating a magnetic field around the ferrite core. This changing magnetic field induces an electromotive force (EMF) in the winding of the core. This EMF then causes a current to flow in the coil and secondary windings.

The magnitude of the induced EMF depends on the magnitude of the applied current, the core material, and the number of windings of the inductor. The core of the PA4304.273NLT is composed of a ferrite material that is highly permeable, giving it the capability to store higher amounts of energy and resist over-saturating, even at higher currents.

Depending on its application field, the PA4304.273NLT can be connected in series with a filter capacitor, a resistor, or an oscillator to create desired filter functions. The inductor can also be used as a stabilizer for DC power supplies. By controlling the current in response to changes in voltage, it acts as a regulator and prevents the power supply from overloading.

In summary, the primary application field of the PA4304.273NLT is AC/DC and switched power supplies. It is suitable for various electronic applications such as filtering, frequency counter-balancing, and output buffer amplifier operation. The inductor works by creating a varying magnetic field around its ferrite core, which induces an electromotive force (EMF) in its core and secondary windings. This EMF is dependant on the magnitude of the current being passed through the inductor. The PA4304.273NLT is designed to be highly permeable, thus allowing it to effectively store large amounts of energy, even at higher currents. As a result, it can be used as a power regulator for DC power supplies, or in conjunction with filter capacitors, resistors, and oscillators to create desired filtering functions.

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