PL10109

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are components of an electrical circuit that store energy in the form of a magnetic field. They are three-terminal devices consisting of two coils with a single core that establishes a strong electromagnetic coupling between them. The inductor\'s magnetic field responds to changes in the current flowing through the core, in a process called inductance. This response causes the inductor to either increase or decrease its resistance, depending on the direction of the current. Here, we will discuss the PL10109 application field and working principle.

The PL10109 fixed inductor is designed for use in power management applications. It is a 9-pin, surface-mountable device that consists of two parallel coils wound in a cylindrical core assembly. Its output can provide up to 300mA of current and it can operate at temperatures between -40 degrees Celsius and 125 degrees Celsius. The core components of the PL10109 are composed of ferrite, an iron ore-based magnet material commonly used in coils. The high permeability of the ferrite allows for a greater amount of current to be stored in the device’s capacitors.

The PL10109 is composed of a magnetic core surrounded by two windings, referred to as the primary and secondary. When power is applied to the primary winding, a magnetic field is created around the device’s core. This magnetic field will induce a current in the secondary winding, which is then routed to the circuit’s load. The secondary winding works in conjunction with the primary winding to control the amount of current that is supplied to the circuit. By varying the amount of current in the primary winding, the surrounding magnetic field can be managed for different levels of output.

When the current in the primary winding is increased, the magnetic field grows in strength, allowing more energy to be stored in the device. This can be seen in the increase of resistance that is created in the secondary winding. In contrast, decreasing the current in the primary winding causes the magnetic field to weaken, reducing the amount of energy stored and the resulting resistance. The current that accumulates in the inductor can be discharged and used as a power source.

The application field of the PL10109 fixed inductor is wide and varied. It’s designed for use in converters, regulators and power amplifiers, and can be utilized in various types of digital and analog circuitry. It is best suited for applications in which a high current is desired, such as in audio power amplifiers and home entertainment systems. In these cases, the device can be used to regulate the size and amplitude of the current in order to amplify the sound output.

In conclusion, the PL10109 fixed inductor is a three-terminal device designed for power management applications. It consists of two coils wound around a ferrite core, which enables the device to store and manipulate the energy supplied to the circuit. This response allows the inductor to increase or decrease its resistance depending on the direction of the current. The versatile application field of the PL10109 makes it an ideal device for use in a wide array of digital and analog circuitry, such as power amplifiers and converters.

The specific data is subject to PDF, and the above content is for reference