E81D401VSD152MB80T

Aluminum electrolytic capacitors, abbreviated as AECs, store electrical energy and control current flow in power supplies, electronic equipment and control systems. The E81D401VSD152MB80T belongs to this category of capacitors and its application field and working principle are discussed here.

The E81D401VSD152MB80T Aluminum Electrolytic Capacitor is a device used for filtering in a high voltage circuit. It is primarily used in applications involving high current, a wide temperature range (from -40°F to + 158°F) and low leakage current. In particular, this capacitor has a rated voltage of 400V and a capacitance of 1.52μF. Due to its sturdy construction, the E81D401VSD152MB80T is highly reliable and has a long service life.

The working principle of the E81D401VSD152MB80T aluminum electrolytic capacitor is based on Faraday\'s law of electrolysis. According to this law, when a direct current with a voltage higher than the rated voltage of the capacitor is applied, the electrolyte starts to break down and comes in contact with the electrodes, which produces a local anode or cathode layer surrounded by a thin electrolyte film. As a result, the capacitor acquires a certain capacitance.

The E81D401VSD152MB80T aluminum electrolytic capacitor is widely used in power supply and electronic control systems. Its versatile performance makes it suitable for various applications such as filtering, motor speed control, power factor correction, and voltage regulation. Due to its robust construction and reliable operation, the E81D401VSD152MB80T aluminum electrolytic capacitor is well suited for operation in demanding industrial environments, such as those found in the automotive, telecommunications and consumer electronics industries.

To conclude, the E81D401VSD152MB80T Aluminum Electrolytic Capacitor is a reliable device which can be used for various applications in power supply and electronic control systems. Its frequency range, temperature range and low leakage current make it suitable for use in demanding industrial environments.