450MXH560MEFCSN35X45

Aluminum electrolytic capacitors refer to capacitors that use an electrolytic solution as a medium and use a strip of aluminum foil as an electrode. Its performance is characterized by high capacity, low cost, and good insulation and stability.

The 450MXH560MEFCSN35X45 is a type of aluminum electrolytic capacitor. This device is popular due to its high capacity and wide operating temperature range. It has a rated voltage of 450 VDC and a rated operational temperature range of -55℃ to 105℃. It uses a 316L stainless steel terminal and a capped lead that is corrosion resistant.

The 450MXH560MEFCSN35X45 is commonly used in commercial motor drives, HVAC controllers, lighting applications, and power supplies. It is ideal for applications in high humidity or wet environments. It is also well suited to outdoor and industrial applications requiring humidity and temperature resistance. Its power factor correction capabilities also make it a popular choice for energy savings applications like inverters or UPS systems.

The working principle of the 450MXH560MEFCSN35X45 is the same for all aluminum electrolytic capacitors. It uses two separate pieces of aluminum foil, each of which is connected to a strong electrolyte solution. When electrical current is applied to the foil, it generates a positive charge on one side and a negative charge on the other. This forms an electrical field between the aluminum foils, which is the basis of capacitance.

When the voltage is applied, the electrolyte solution between the two foils forms an electric double-layer, which acts like a dielectric. The electric field between the two foils creates a voltage difference. This voltage difference causes a charge separation through the electric double-layer, which forms a standing voltage.

The 450MXH560MEFCSN35X45 aluminum electrolytic capacitor is a popular choice for many applications due to its high capacity, wide operating temperature range, corrosion resistance, power factor correction, and energy savings capabilities. It is most commonly used in commercial motor drives, HVAC controllers, lighting applications, and power supplies.