FCP1913H473G-E1

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Film capacitors are electrical components that are designed to store and release electrical energy when needed. The FCP1913H473G-E1 model is a polypropylene film capacitors that features experienced craftsmanship, high capacitance, and low losses for reliable performance. This device is intended for use in a variety of applications, including controlling energy discharge rate, handling large current and voltage spikes, and filtering AC fluctuations.

The FCP1913H473G-E1 polypropylene film capacitors consist of two independently wound thin layers of polypropylene film and two metal electrodes that are housed in an epoxy resin and metal container and sealed with black plastic finish caps. The outer metal coating isolates the two conductive surfaces and increases the capacitance of the device. Furthermore, the edges of the electrodes are insulated with mica to reduce the risk of arc-overs and short-circuits.

The construction of FCP1913H473G-E1 capacitors allows for the components to cope with a large range of voltage and temperature levels. It offers a wide voltage range of 100V to 400V and an operating temperature range (-40 to +85℃). The capacitances for these devices are available in a range of 0.001μF to 68μF with capacitance tolerances of ±20%. FCP1913H473G-E1 capacitors are self-healing and can withstand from -40 to 85℃ with the inclusion of self-healing effect.

The characteristics of the FCP1913H473G-E1 capacitors are highly desirable for use in many applications. These capacitors are suitable for applications that require filtering of AC fluctuations, controlling energy discharge rate, and handling large current and voltage spikes. They are also suitable for motor-running, lighting, and energy storage applications. Other popular applications include automotive electronics, home appliances, power supplies, and audio equipment.

The FCP1913H473G-E1 capacitors use special dielectric molding technology which ensures its excellent performance. This method involves winding two rolls of dielectric material and laminating them together with two metal electrodes enclosed in a protective epoxy resin and metal container and sealed with black plastic finish caps. This construction technique reduces corona and arc-over problems allowing them to handle large current and voltage spikes.

The working principle of FCP1913H473G-E1 capacitors is based on the principles of electrical capacitance. Electrical capacitance occurs when a voltage difference is applied to two conductive surfaces that are separated by an insulating material such as air, glass, or a polymer. The molecules in the material between the two conductive surfaces become excited by the voltage and form a plate-like charged layer that can store a charge in the form of an electronic field. The FCP1913H473G-E1 capacitors use this same principle for storing and releasing electrical energy when needed.

The FCP1913H473G-E1 polypropylene film capacitors offer reliable performance in a wide range of applications. They feature experienced craftsmanship, high capacitance, and low losses for reliable performance. These capacitors are ideal for applications that require filtering of AC fluctuations, controlling energy discharge rate, and handling large current and voltage spikes. They are also suitable for motor-running, lighting, and energy storage applications. The FCP1913H473G-E1 capacitor is a reliable solution providing superior performance for handling large current and voltage spikes.

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