UKW1E682MHD

Aluminum Electrolytic Capacitors

UKW1E682MHD Application Field and Working Principle

Aluminum electrolytic capacitors, also known as electrolytic capacitor, are the most widely used components in the circuit. They have the advantages of high capacitance, small size and low cost. The most common type of aluminum electrolytic capacitor is the UKW1E682MHD, which is mainly used in a variety of power circuits.

The UKW1E682MHD is composed of two metal (usually aluminum) plates for the anode and cathode, an electrolyte inside and a metal oxide film as the dielectric material. The main component of the metal oxide film is metal oxide and it maintains an electron affinity due to its large surface area. The metal oxide film also has properties of self-healing, that is, it can automatically recover from breakage caused by overload.

The UKW1E682MHD has a wide temperature range, low ESR and high operating frequency, making it suitable for power applications across a wide range of industries. It is mainly used to store energy in consumer electronics and automotive systems, as well as in power supplies, batteries and regenerative systems. It can be used in the AC/DC (or DC/DC) conversion system. Other applications include sound proofing, scalability, switching frequency control, lighting and stability.

The working principle of the UKW1E682MHD is that when an external voltage is applied, an electrostatic field is generated between the metal plates, which together with the dielectric material form a capacitor configuration. The metal oxide film has an oxide coating that prevents short circuits. When the voltage source is connected to the capacitor, it powers the metal oxide film so that the electrostatic field becomes stronger and allows for the transfer of electrons between the metal plates.

The UKW1E682MHD is a highly reliable and durable component and is used in a wide range of applications. The aluminum electrolytic capacitor provides excellent performance, long life and stability and is therefore a popular choice for power applications.