PA0390.471NL

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Fixed inductors are widely used in electronics and electrical systems to greatly improve the total power efficiency, system operation frequency and long-term reliability of these systems. Consequently, the PA0390.471NL is a perfect example of such a device.

The PA0390.471NL is a low cost, miniature, fixed Inductor, which offers high performance features in a wide range of applications. The inductor is rated at 0.47uH and has a maximum DC resistance of 0.06 ohms. It is often used for filtering high frequencies, sensing energy levels, blocking power, and providing electrical circuit switching.

The inductor’s primary application is in providing energy storage in a closed loop system, enabling the system to sustain faster operation even when power supply fluctuates. It is also used in the power supplies of LED’s and LCD’s, and the switching pulses of motors. It can also be used in high frequency AC applications such as RF power amplifiers, data converters, and pulse transformers.

The PA0390.471NL is made from a combination of metal oxide and ferrite components. The metal oxide acts as a capacitor, while the ferrite acts as the core of the inductor. The combination of these two materials results in a stable, reliable component that operates over a wide range of temperatures and frequencies.

The PA0390.471NL has a EMI shielding feature that limits the amount of interference generated by the inductor by attenuating the high frequency signals. The component is also capable of withstanding high temperature and high voltage conditions, making it suitable for a variety of applications.

The operating principle of the PA0390.471NL is based on Faraday\'s law, which states that the force created by a changing magnetic field is equal to the rate of change of the flux through the loop. As the inductor generates a constant magnetic field, a voltage is produced across its terminals, corresponding to the rate of change of current. This induces a current in the load, producing an energy transfer from the inductor to the load.

The inductance of the PA0390.471NL is determined by its size, temperature, and number of turns of the windings. Its performance can be increased by using more turns, as this increases the rate at which the energy is transferred. It is also important to note that the inductor is temperature sensitive, and is therefore more effective in cooler temperatures.

The PA0390.471NL is designed for applications requiring high performance, cost effective, reliable fixed inductors. Its low cost and high performance features, coupled with its robust EMI protection, make it a viable option for a wide range of electrical and electronic applications.

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