R46KN347000N0K

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Film capacitors, also known as polyester capacitors and polyethylene naphthalate capacitors, are widely used in blanking circuits, switch filter circuits, and pulse power supply circuits. The R46KN347000N0K capacitors, in particularly, are widely used in communications and broadcasting, automatic control systems, and medical equipment.

The structure of the R46KN347000N0K capacitors is composed of a winding core and two terminals. The winding core consists of a thin insulating film that has been rolled up together. This film is formed by coating a synthetic resin on the surface of a high-performance aluminium or copper foil that has been acid-treated. The terminals are connected by welding or crimping. This structure helps to ensure small size and high reliable power performance.

The working principle of the R46KN347000N0K capacitors relies on the movement and accumulation of electrical energy in the film. By applying a voltage signal to the two winding cores, an electric field is generated between them, creating a dielectric between them. This dielectric stores energy, based on the rule that the more voltage is applied, the more electric energy is stored. The stored energy is then released based on the inverse rule, which means the less voltage is applied, the more energy is released. The capacitors can thus be used to store and release power.

The R46KN347000N0K capacitors are characterized by high insulation resistance and stable capacitance. Their temperature coefficients are also low, and their ability to survive temperature fluctuations has made them a preferred choice for numerous applications. With a wide range of capacity and withstanding voltage, these capacitors can be used in a variety of circuits. They are particularly useful for passive filters and industrial frequency conversion power supplies.

In addition, the R46KN347000N0K capacitors have excellent self-healing properties, meaning that they can recover from short circuits and other electrical disturbances. This makes them ideal for use in any system where reliability is a top priority, such as in medical equipment or scientific research projects. In addition, their high dielectric strength makes them resistant to high voltage and strong interference, making them perfect for use in any harsh environment.

Overall, the R46KN347000N0K capacitors are a great choice for a variety of applications due to their reliable power performance, low temperature coefficients, and self-healing properties. Their ability to withstand high voltage and strong interference make them well-suited for numerous applications, such as in communication and broadcasting, automatic control systems, and medical equipment.

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