205PPS102K

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

Film capacitors—also known as film dielectrics—are used for a variety of purposes and are divided into three main categories: Polarized, non-polarized, and field-effect varieties. The 205PPS102K is a type of film capacitor that is considered polarizable because it features a thin film of material in combination with electrodes that can be charged or discharged when electrical current is applied. This allows the capacitor to store and release energy when needed.

The 205PPS102K capacitor has a range of different application fields. It can be used in pulse generators, inverters, AC/DC switching power supplies, telecommunications, high-frequency rectifiers, and voltage multiplier circuits. Additionally, the capacitor has a high ripple current capacity, making it ideal for use in power and voltage regulation circuits. All of these applications involve a continuous exchange of electrical energy between the capacitor and other circuitry, typically by way of the capacitor\'s built-in electrodes.

The working principle of the 205PPS102K is based on the capacitors\' ability to store electrical energy and then release it as needed. A capacitor\'s ability to store electrical energy comes from its ability to move electrons across a thin dielectric layer—the type of dielectric layer used affects the capacitor’s ability to store energy. In the case of the 205PPS102K, the dielectric layer is composed of a polymer film material containing perforated holes. As electrons move across the dielectric layer, energy is stored in the form of electrical fields. When the electrical current is removed, the electrons are forced to return to the opposite side of the dielectric layer, releasing the energy stored in the electrical fields. This allows the capacitor to act as an energy storage device.

The 205PPS102K is an electrically polarizable film capacitor that is used for a variety of purposes. The capacitor has a range of different application fields, including pulse generators, inverters, AC/DC switching power supplies, telecommunications, high-frequency rectifiers, and voltage multiplier circuits. Its ability to store and release electrical energy comes from the capacitor\'s ability to move electrons across a thin dielectric layer composed of a polymer film material containing perforated holes. This provides the capacitor with the ability to act as an energy storage device.

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