PA4304.334NLT Inductors, Coils, Chokes

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Inductors are crucial components in a variety of electronic designs, providing electrical reactance in order to regulate current flow. Fixed inductors are often used in analog and digital circuits alike, allowing varying levels of impedance with respect to frequency. The PA4304.334NL is a fixed inductor with a range of robust characteristics for applications that require high levels of current and thermal stability.

Construction of PA4304.334NL

The PA4304.334NL is based on ferrite core construction, with a wide range of modifications to support its multiple application requirements, such as output current, voltage, inductance, and temperature ratings. The inductor typically features two metal leads, which provide the necessary electrical contact for the inductor to function properly. The core also minimizes eddy currents that could otherwise create heat and noise.

Parameters of PA4304.334NL

The PA4304.334NL is capable of handling up to 4.7A of DC current with a DC resistance of 0.073Ohm. The inductance of the component can range from 0.011μH to 10μH. It is rated for a maximum operating temperature of +85°C, and it has a typical inductance tolerance of +10% at 100kHz.

Applications of PA4304.334NL

The PA4304.334NL is a versatile inductor and is used for a wide range of applications, including automotive, industrial, communications, medical, and consumer electronics. Due to its high current and temperature ratings, it is suitable for use in high-power switching circuits, voltage regulators, and DC-DC converters. It is also commonly used in filters, resonance circuits, rectifiers, and other high-frequency circuits.

Working Principle of PA4304.334NL

The fundamental working principle of any inductor is Faraday\'s Law of Induction, which states that a changing magnetic flux will induce a current. In the case of the PA4304.334NL, it utilizes a ferrite core to create a high-impedance magnetic field around the inductor, which is then used to regulate current flow. When an alternating current is passed through the inductor, its inductance will store energy in the magnetic field, and when the current is stopped, the energy stored in the field will be released. This is also known as electromagnetic energy storage.

Conclusion

The PA4304.334NL is a fixed inductor application that is designed to handle a wide range of applications. It features a highly efficient ferrite core construction, which allows it to handle up to 4.7A of DC current with a low DC resistance of .073Ohm. Additionally, the inductance ranges from 0.011μH to 10μH, meaning that it can be used in various types of circuits. The component is also highly stable, with a maximum operating temperature of +85°C and a tolerance of +10% at 100kHz. Finally, its fundamental working principle is Faraday\'s Law of Induction, which means that it utilizes electromagnetic energy storage for current regulation.

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