50SEV150M10X10.5

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are based on the principle of electrolysis using a thin layer of aluminium oxide as a dielectric, and electrochemically formed capacitors that have a very high capacitance per unit volume, making them ideal for electronic equipment and power supplies.

The 50SEV150M10X10.5 is a type of aluminum electrolytic capacitor that is primarily used in high-power applications where high capacitance is needed. This type of capacitor has a voltage rating of 50 volts, with a maximum capacitance of 150 micro-Farads (uF). It is constructed with a 10 x 10.5mm body size, and is able to handle up to 80 degrees Celsius when in use.

The 50SEV150M10X10.5 aluminum electrolytic capacitor is designed with a long-life, low-leakage design and is ideal for computer and telecom power supplies, audio amplifiers, switching power supplies, UPS systems, and other electronic equipment. Its features include high durability in harsh environments, high ripple-current distance rates, a long life expectancy of up to 10,000 hours under normal use, and low losses.

The working principle of an aluminum electrolytic capacitor is based on the principles of electrolysis. An electrolyte, typically potassium hydroxide, is inserted between two aluminium oxide layers, and is used as the source of charge carriers. When an electric potential is applied, the electrolyte acts as an electrolyte and ions, or charged particles, are transferred between the two layers, forming an electrical charge that creates a capacitance within the capacitor. This charge is then used in the circuit to store and control electrical energy.

The 50SEV150M10X10.5 aluminum electrolytic capacitor is designed to offer high capacitance and has a wide range of applications. It is suitable for use in computer and telecom power supplies, audio amplifiers, UPS systems, switching power supplies, and other electronic equipment where high capacitance and long life are required. Furthermore, its low losses and high ripple-current distances make it an ideal choice for applications where power efficiency and reliability are key.

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