184472K400RAB-F

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Film capacitors are devices used for energy storage in power electronics circuits. They are used in power supplies, automotive applications, video devices, and other electronics applications. Film capacitors are constructed with thin layers of film sandwiched between two layers of metal electrodes, creating a dielectric effect which stores electric charge. 184472K400RAB-F is a type of film capacitor which is ideal for many energy storage applications.

The 184472K400RAB-F is designed specifically for applications in which robustness and reliability are essential, such as power electronics switch-mode power supplies, power converters and high voltage converters. Its stable parameters ensure reliable operation in high temperature environments, such as those often found in motor vehicle systems. The 184472K400RAB-F also has good performance in areas such as power factor correction, snubber circuits for protection against voltage spikes, and general energy storage.

The 184472K400RAB-F has a low capacitance value, a low self-inductance, and a small series resistance. This makes it ideal for applications in which minimized stray inductance, reduced leakage current, and higher capacitance values are desired. It is also constructed with a stainless steel construction, making it highly durable.

The working principle of the 184472K400RAB-F is based on the principal of electrostatic charge storage. It uses two electrodes separated by a dielectric insulator to store energy. When an electric field is applied to the electrodes, electric charge is stored on the electrodes and builds up to create a potential difference between them. This potential difference is the capacitance of the device.

The 184472K400RAB-F is an excellent choice for any application that requires an energy storage device with robustness and reliability. Its low capacitance value, low self-inductance, low series resistance, and stainless steel construction make it an ideal choice for power electronics applications. Its electrostatic charge storage principle makes it highly reliable for applications in which energy storage and reliable performance is a must.

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