50PZA18M8X8

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Aluminum-Polymer capacitors represent a new generation of ultra-high capacitance capacitors that offer improved energy efficiency, performance, and environmental safety. By utilizing aluminum particles and a polymer base, these capacitors are designed to provide superior capacitance and superior energy efficiency compared to other traditional electrolytic capacitors.

A 50PZA18M8X8 capacitor is an aluminum-polymer capacitor model developed by Panasonic. It is designed for high capacitance and high energy efficiency and has better temperature stability than other capacitors.

The 50PZA18M8X8 capacitor has a voltage limit of 18V and a maximum operating temperature of 105°C. The rated capacitance range is 10uF to 1800uF and the rated voltage is 6.3V to 18V. It has a maximum leakage current of 2.5 μA and a life expectancy of 20,000 hours at 105°C.

The 50PZA18M8X8 capacitor is primarily used in switching power supplies, solar inverters, industrial automation, medical equipment, and other applications that require highly reliable capacitance and high energy efficiency. For these applications, it can provide improved performance while still being cost-effective.

The working principle of the 50PZA18M8X8 capacitor is relatively simple. Its aluminum-polymer construction allows for the efficient storage of energy. The aluminum particles are activated by a voltage, which allows for the electromagnetic field to form around the capacitor. This field results in an electric field, which stores electrons and allows for the storage of electrical energy.

As the capacitor discharges, the aluminum particles draw electrons away from the capacitor and create a reverse current. This current recharges the capacitance and once again creates a stored energy charge within the capacitor.

The 50PZA18M8X8 capacitor is highly reliable, efficient and cost-effective. It is perfect for applications requiring long-term reliable capacitance and high energy efficiency. It can assist with power supply design, medical application design, and industrial automation projects.

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