B32023B3104K000

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Film Capacitors

Film capacitors, also known as film dielectric capacitors or plastic film capacitors, are passive electronic components that are composed of a thin film plastic dielectric layer and electrodes, where the electric charge is stored. These components offer great features such as high withstand voltage, high insulation resistance, high self-healing characteristics, excellent temperature performance, good frequency response and stability over time. The most common types of film capacitors are polyester (PET), polycarbonate (PC), polyethylene napthalate (PEN) and metallized polypropylene.

B32023B3104K000 Application Field and Working Principle

The B32023B3104K000 is a type of film capacitor designed for AC impedance in high voltage applications. It is constructed with a PP (polypropylene) film as a dielectric, and is wound in a radial winding configuration. The capacitance of this unit is 10nF (10,000pF).

The B32023B3104K000 is most commonly used in AC voltage applications where high voltage impedance is needed. It is also often used in high frequency circuits, in portable electronics and automotive applications, in coupling capacitors, in digital signal processing circuits, for radio frequency tuning and for noise filtering. The capacitor has a very low self-inductance and high frequency response, making it an ideal choice for AC circuits.

The construction of the B32023B3104K000 consists of a metallized polypropylene film dielectric, along with radial termination and leads. The dielectric acts as the insulating material between the two electrodes, while the leads provide the connection between the power source and the electronic component. The metallized layer on the dielectric increases the capacitance, which is measured in Farads (F). The capacitance of this unit is rated at 10,000pF (or 10nF).

The working principle of the B32023B3104K000 is based on the same principle as all other capacitors - two electrical conductors separated by an insulating material, or dielectric. When a voltage is applied across the two conductors, an electric field is created, causing electrons to move from one conductor to the other, thus forming an electric charge on the two conducting surfaces. As electricity passes through the capacitor, an electric current in the form of a current pulse is induced. This current pulse is the only electrically active part of the capacitor, and it dissipates as the capacitor charges and discharges. The amount of current induced is proportional to the voltage applied across the capacitor. The AC impedance of the capacitor is determined by the ratio of its capacitance to the applied voltage.

As you can see, the B32023B3104K000 is an ideal choice for AC impedance applications, particularly in high voltage applications. Its low self-inductance and high frequency response make it an optimal choice for AC circuits, while its metallized layer increases its capacitance, offering added protection and stability in the electronic circuit.

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