UUG2E680MNQ1MS

UUG2E680MNQ1MS is an aluminum electrolytic capacitors type, and it belongs to the aluminum electrolytic capacitor classification family.

Electrolytic capacitors are electrical components commonly used to store electrical charge and to filter out unwanted electrical signals, similar to what are used in other fields. The types of aluminum electrolytic capacitors used vary widely, ranging from the very small and inexpensive monolithic types to the larger, multi-dielectric types. The UUG2E680MNQ1MS is one of the larger types.

The UUG2E680MNQ1MS aluminum electrolytic capacitor is typically used in high voltage applications, such as motor control, electric power systems, and electric vehicle charging equipment. It can be used for capacitive coupling and power-handling purposes due to its high capacitance values, and it is useful for energy storage in DC-powered applications. Because of their high performance characteristics, they are gaining increasing popularity in these applications.

The working principle of the UUG2E680MNQ1MS is based on the electrolytic effect, which is caused by the presence of two or more different metals with different electrode potentials. This creates an electrical field that can store energy. The capacitor is filled with an electrolyte solution of a metal hydroxide or a number of other electrolytes, and the capacitor is charged or discharged as the current flows through it.

In the UUG2E680MNQ1MS, the electrodes are separated, and due to the difference in potential between them, electrons are transferred from one electrode to the other, thus storing energy. The capacitance, or the amount of energy stored, is determined by the size of the electrodes and the shape and permittivity of the dielectric material between the electrodes. In order for the capacitor to be able to hold a greater amount of charge, the plates must be larger and kept farther apart.

The UUG2E680MNQ1MS is found in a wide range of applications, due to its high capacitance values and large size. With its ability to store large amounts of energy, it is used in energy-intensive equipment, such as motor control, electric power systems, and electric vehicle charging. They are also used in low-frequency filtering, as they have low leakage and lower parasitic inductance.