36D152F300CC2A

Aluminum electrolytic capacitors are widely used products in the electronic industry. They are widely used in various filtration applications, such as automatic voltage regulation (AVR) and energy storage. The 36D152F300CC2A series aluminum electrolytic capacitor is one type of this kind of components.

36D152F300CC2A aluminum electrolytic capacitors are composed of two electrodes: cathode and anode. The anode is an aluminum foil winding with a coating of oxide insulation layer, which can prevent direct short circuit when the power is connected. The cathode is a piece of aluminum foil. There are several holes with a diameter of 0.4mm between the two electrodes called a separator. Inside the separator, there are several electrolytes, just like the liquid bridge between two metal foils in a circuit. In addition, the voltage rating of this component is 2V to 500V.

The application field of 36D152F300CC2A aluminum electrolytic capacitor includes power supply circuits, DC-DC switching power supplies, computers, frequency converters, communication equipment, and other power supplies. The application frequency ranges from low frequency to high frequency. As for its working principle, 36D152F300CC2A consists of an anode and cathode, a solid or liquid dielectric material between them, and a conducting media that separates the two conductors for the purpose of creating a reservoir of energy. The connection between them is achieved with the help of an electrolyte solution. When the device is connected to a power source, current flows into the anode and an electric field is generated to force the ions to move from the anode to the cathode. This process results in a storage of energy in the device, which will be released when the current is reversed.

In conclusion, 36D152F300CC2A aluminum electrolytic capacitor is a kind of electronic components which is widely used in the areas of power supplies, DC-DC switching power supplies, computers, frequency converters and communication equipment. Its working principle is related to the process of current flowing through the device to create a reservoir of energy, which can be tapped when the current is reversed.