MAL210213102E3

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Aluminum electrolytic capacitors are passive components that store electrical energy. Of these capacitors, the MAL210213102E3 is a widely used type that consists of a metal casing, an anode cathode, a drying agent, an electrolyte, and a winding. Its main application field is in power electronic circuit designs, which use the capacitor to absorb energy and store power at times of peak load. Thus, the capacitor is used to regulate voltage levels and improve the performance of an electrical system.

This particular capacitor requires an operating voltage of up to 16 V DC and has an insulation resistance of 50MΩ. It can be used to store energy up to a maximum capacitance of 10µF. The MAL210213102E3 is made with tantalum-based electrolyte and has a solid aluminum base.

The working principle of a MAL210213102E3 aluminum electrolytic capacitor is based on the electrolytic process. At the anode terminal of the capacitor, a current is passed from the positive terminal to the negative terminal due to the polarity of the terminals. This current is then stored in the electrolyte-filled part of the capacitor called the cathode. The current in the cathode is then released into the anode terminal when the circuit is broken.

In order for the capacitor to function properly, the anode and cathode must be kept in an electrolyte solution. This is done by having two separate and independent circuits connected to each other via a dielectric material. In the case of the MAL210213102E3 capacitor, this dielectric is usually a solid or liquid tantalum-based electrolyte.

When voltage is applied across the terminals of the capacitor, the current passes from the anode to the cathode and is stored in the electrolyte. The stored energy is distributed across the circuit in the form of heat and stored electrostatic energy. This stored energy can then be released by simply disconnecting the voltage source and allowing the voltage between the anode and the cathode to build up again.

The MAL210213102E3 aluminum electrolytic capacitor is a popular choice for power electronic circuits used in a variety of applications. Its ability to store energy and absorb power at times of peak load makes it a valuable component in the efficient operation of high-performance equipment. Its tantalum-based electrolyte construction helps to shield against shock and vibration, making it a reliable and robust choice for a number of systems and applications.

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