160562K630C-F

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Film capacitors are primarily seen in the electronic industry. These capacitors use a thin film of electric insulator material like metal oxide, ceramic, and polystyrene, to contain two metal plates and create capacitance. In particular, the 160562K630C-F Film Capacitor is an excellent choice in shielded capacitors. It has a working voltage of 630VAC (Volt-ampere Capacity) and can capacitance up to 4.7µF (Micro Farads).

The application field most commonly associated with the 160562K630C-F Film Capacitor is in power supply circuits. This type of capacitor can provide the necessary damping for preventing overvoltage damage to other electronic components. Additionally, it can be used for filtering and to smooth the output voltage in power supply circuits.

The electrical energy stored in a capacitor can be written as charge density x area. The 160562K630C-F Film Capacitor uses two metal plates, usually made from aluminum or copper, to create a thin film to achieve this. The area of the capacitor is typically small, which in turn results in smaller physical dimensions and a reduced cost. The capacitors are also easy to package and can be mass produced due to its thin film.

The working principle of a film capacitor is based on the dielectric properties of the material between the two metal plates. A dielectric material is a material that has the ability to resist the passage of an electrical current. In this case, the dielectric material is a film of plastic or metal oxide that is placed between the two metal plates. The film acts as an insulator, which prevents the flow of current through the device, but allows electric fields to exist. This type of capacitor also has very low leakage current due to the thin plastic film between the two metal plates.

When an electric field is applied to the plates, it causes a displacement of electric charges. This displacement of charges creates a capacitance between the two metal plates. This is referred to as dielectric polarization and can be increased by simply increasing the area of the metal plates. When an alternating voltage is applied to the capacitor, the current passes through the capacitor due to the oscillation of the electric field. The amount of current passing through the capacitor can be controlled by varying the voltage across the plates.

The 160562K630C-F Film Capacitor is an ideal choice for use in power supply and other electronic circuits. It has a high capacitance to size ratio, low leakage current, and can handle higher voltages than other capacitors. Additionally, the electrical properties of the thin film provide excellent dielectric properties, making it highly reliable and durable. The 160562K630C-F Film Capacitor is a great choice for any electronic project.

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