MALREKE00AA047HL0K

Aluminum electrolytic capacitors are types of capacitors that employ aluminum oxides or usually also other materials (such as tantalum, niobium, osmium, etc.) as the dielectric medium. The MALREKE00AA047HL0K capacitor is part of these types of capacitors.

These capacitors are made from two aluminum plates separated by an electrolyte material which is typically a paper impregnated with electrolyte paste. A protection circuit typically controls the voltage and current, with one side of the capacitor connected to the power supply, while the other side is grounded.

The application field of the MALREKE00AA047HL0K capacitor is in large projects which require high temperature stability. As a high quality, high stability capacitor, they are well-suited for high frequency and medium voltage applications, such as radio frequency signal filtering, voltage regulation, resonance frequency tuning, and short circuit protection.

One main difference between aluminum electrolytic capacitors and other types of capacitors is their greater capacity for storing electrical charge. This allows for higher voltage to be used for applications involving power supplies and converters. This capacitor is made with high tolerance for temperature stability and is able to handle high current.

The working principle of the MALREKE00AA047HL0K capacitor is based on the fact that the electrolyte material between its plates partially conducts electricity. When a voltage is applied across the plates, electrons from the negative plate travel through the electrolyte to the positive plate, creating an electric field between them. This electric field results in positive charges on the positive plate and negative charges on the negative plate. This charge separation creates a capacitance between the plates, whereby current can flow through the capacitor when the capacitance is large enough.

The MALREKE00AA047HL0K capacitor is designed with extremely tight tolerances for temperature stability and high current capacity. This makes them ideal for applications where a high level of performance is required. Furthermore, these capacitors are also designed with a high level of safety, due to the protection circuits, which are able to limit the amount of current that can pass through the capacitor. This makes them suitable for use in applications such as electrical power supplies and variable frequency drives.