PL8706NL

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Fixed Inductors are passive electrical components with an inductance that typically does not change under normal conditions. This means they are able to store energy in the form of a magnetic field and are used in circuits to achieve various objectives like filtering, current-limiting, and voltage matching. Many inductors will vary according to the amount of current they resist; this is referred to as their impedance. These are known as variable inductors, but fixed inductors remain the same regardless of current through them. Fixed Inductors are widely used in electrical and electronics engineering for a variety of purposes, such as frequency selection, impedance matching, and power factor correction.

The PL8706NL is an example of a fixed inductor, made by Coilcraft, Inc. It is a leaded, Low Profile, High Current Ferrite Core inductors. The inductance range of this series is 0.3µH to 220µH. The rated current range is from 12.1A to 55A, and the DC resistance range is from 0.054mΩ to 7.85Ω. They are designed for high current, high frequency and you can select them when it is required to reduce size, increase current and reduce radiation noise in circuits.

The PL8706NL can be used in a range of applications, such as power supplies, DC/DC regulators, switching power converters, and motor drives. It can also be used in radio frequency, microwave, and digital circuits. it facilitates PCB routing and allows very tight coupling between inductors and capacitors. This inductor features excellent thermal stability and is suitable for high-speed operations.

The PL8706NL can be used in power factor correction circuits, which involve the use of an inductor and a capacitor connected in a closed loop. This type of circuit prevents the supply from receiving too much current, ensuring that the power drawn is properly balanced. The inductor itself works by allowing the current to flow through it and resist the increase in current. This current resistance helps to limit the amount of power being consumed to limit the power drawn and reduce the voltage drop in the circuit. Ultimately, this helps to maintain a consistent power flow.

The PL8706NL also can be used in filters, which helps to reject unwanted noise and frequencies from signals before they reach their destination in a circuit. In these types of applications, the inductor needs to have a high inductive resistance to reduce the current further, while still allowing the desired signals to pass. The inductance of the inductor can be adjusted by varying the amount of current flowing through it, which allows the designer to adjust the filter characteristics depending on the specific application needs.

The PL8706NL can also be used in engines, which make use of rotating magnetic fields to produce torque. Here, the inductor works in conjunction with a permanent magnet to generate a current in the winding which is then fed into the rotor, providing the necessary power to rotate. The current generated by the inductor needs to be kept consistent and precise as it will directly affect the performance of the motor.

The PL8706NL is an important tool for many of today’s electronics applications. Its high current rating and excellent thermal stability make it ideal for a number of applications which involve the regulation of power, the filtering of signals, and the generation of rotating magnetic fields. It is just one of the many versatile fixed inductors available on the market, but its features make it an invaluable asset to any electrical engineer.

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