R46KN347000P1K

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Film capacitors are electrical components or circuits designed to store electrical energy, either pulsed or continuous, but created primarily to provide a temporary reserve to known or unknown current demand fluctuation. Storing electrical energy in a film capacitor depends on a variety of physical properties, such as the distance between the conductors, their size, shape and physical location in the assembly. Film capacitors use thin plastic film as a dielectric insulation material between the plates and mixed with an organic impregnate such as polypropylene or polycarbonate.

The R46KN347000P1K, also known as a film capacitor, is a type of electrical device that is capable of storing energy using thin dielectric insulation material between the plates, such as polypropylene. Unlike other types of capacitors, which use electrolytic materials for their dielectric insulation, the R46KN347000P1P uses a different type of film, such as PET (Polyethylene Terephthalate), for its dielectric material. This is because PET has excellent insulation properties and it can be used in a wide range of electrical applications. The capacitance of the R46KN347000P1K is 47 000 pF (470 uF).

The R46KN347000P1K has a wide range of application fields and potential uses, including telecommunications, audio/video equipment, motor and power supplies, computers, consumer electronics, and automotive systems. Additionally, the R46KN347000P1K can be used in industrial applications, such as robotic mechanisms, lighting systems and automation systems. In order to maximize the performance of the R46KN347000P1K, it should be used in conjunction with suitable circuit boards, components and other hardware components, in order to achieve the best possible results.

The basic principle of the R46KN347000P1K is that when it is connected to a power source, electrical energy is stored in the capacitor’s dielectric insulation material between the two plates, when a voltage is applied across the two plates. When the capacitor is then disconnected from the power source, the stored energy will be released, providing the desired output. The R46KN347000P1K is also capable of withstanding a wide range of temperatures and humidities, depending on the type of material it is made from. Additionally, the capacitor is also resistant to vibration, shock and corrosion.

In general, the R46KN347000P1K combines a wide range of features, such as high insulation resistance, low ESR, low parasitics and cost-effective production, making it a suitable choice for many different types of electrical applications. With its wide range of potential uses, the R46KN347000P1K is a highly versatile product and can provide beneficial functionality in a wide range of applications.

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