474MWR100K

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Film capacitors are widely used components in many electric circuits and devices, as it provides multiple advantages to the users. As a type of capacitor, 474MWR100K capacitor is a particularly favored choice for its ability to store electrical energy in its electric field. It is available in various sizes that range from discrete through miniature, sub-miniature, surface-mounted and radial-leaded semiconductor capacitors.

474MWR100K Application Field

474MWR100K capacitors are used in a variety of applications. They are used in radio and television sets, portable telephones and audio equipment to control voltage levels in audio amplifiers. Due to their low-loss dielectric, they also used in pulse circuits, radar systems and high-frequency communication equipment since these applications require stable operation at high voltages.

In addition, 474MWR100K can be used in a wide range of electronic applications such as load-speakers and power supplies. Furthermore, they are also popular in DC Motors used in pumps and compressors. In short, 474MWR100K capacitors can provide reliable performance for many digital and analog circuits.

474MWR100K Working Principle

A 474MWR100K capacitor is composed of two metal plates, commonly known as the electrodes, and an insulator layer between them, usually referred to as the dielectric material. The capacitor is charged when a voltage is applied to the electrodes and an electric field is created. The electric field polarizes the atoms in the dielectric material and causes a current to flow between the electrodes.

When the voltage is removed and the electric field disappears, electrons movements stop, and the atoms in the dielectric material return to their normal, non-polarized state. As a result, the capacitor loses its charge and the voltage decreases. This process is known as the dielectric relaxation process, and represents the working principle of the 474MWR100K capacitor.

474MWR100K capacitors are widely used because of their decreased physical size and increased capacitance, which allows them to operate at high voltages and frequencies with minimal losses. They provide a reliable solution for many applications and can be an important solution for application designs.

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