E36D401CSS472MEA5M

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Aluminum electrolytic capacitors are polarized components comprising two long strips or foils of aluminum that are etched to increase their surface area and rolled together to form a capacitor element. The aluminum is then soaked in an organic solvent with an electrically conductive material such as conductive polyester or conductive aluminum oxide. This forms the dielectric material which stores electrical energy when an electric current is applied.

The E36D401CSS472MEA5M is an aluminum electrolytic capacitor. Its pitch is 4.7mm and it has an insulation resistance of 2000MΩ. This capacitor has an operating temperature range of -45°C to +85°C, a pressure range of 1000VAC and a rated output of 16V. The E36D401CSS472MEA5M has a capacity of 1.1F and can be used in a variety of applications including filtering, signal coupling, decoupling, bypassing, and power supply tools. Additionally, this capacitor can be used in industrial applications such as braking circuits in motors, welding machines, HVAC systems, electric vehicles, home appliances, and electric instrumentation.

The E36D401CSS472MEA5M capacitor works on the principle of storing energy in the dielectric material between the two aluminum foil sections. When an electric current is applied, the charge is stored in the dielectric. This stored charge allows the capacitor to discharge and maintain a certain voltage level in the application. The stored charge in the dielectric will decay over time, depending on the application and the capacitance value.

In summary, the E36D401CSS472MEA5M is an aluminum electrolytic capacitor with a 4.7mm pitch, a 1.1F capacity, and an insulation resistance of 2000MΩ. It is suitable for a variety of applications including filtering, signal coupling, decoupling, bypassing, and power supply tools, as well as industrial applications such as braking circuits in motors, welding machines, HVAC systems, electric vehicles, home appliances, and electric instrumentation. Its main working principle is that it stores electrical energy in a dielectric medium when an electric current is applied.

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