MLS383M010EB1D

Aluminum electrolytic capacitors are electronic components that use electrolytic aluminum as a medium to connect two conductive terminals for electrical energy storage. They are widely used in almost all electronic equipment and machines, which can reduce costs, occupy less space and improve the reliability and stability of the electronic system. Among the aluminum electrolytic capacitors, MLS383M010EB1D application field and working principle is the focus.

MLS383M010EB1D belongs to the general family of moisture resistance aluminum electrolytic capacitors. It is mainly used in secondary power supply filter of electronic equipment, such as motor drive, inverter, frequency converter, enclosed switch electronic equipment, communication power supply, UPS, VCD, regenerative power supply and other AC/DC power supply. It also can be used in audio, monitor, reflow soldering, computer equipment, instrument and other equipment.

In terms of appearance, the size of MLS383M010EB1D is 16mm*37mm, the working voltage is 400V, and the capacitance tolerance is ±20%. The capacitance is 10μF, and the ripple current is 1500 mA (100KHz,120°C). In terms of parameters, its lifespan is 2000 hours at 125°C, 10000 hours at 85°C, and its ESR is 0.46Ω.

The working principle of MLS383M010EB1D is based on electrolytic aluminum. The anode is made of aluminum foil and coated with an oxide film on the surface, which acts as an insulation barrier and serves as the dielectric medium. The use of electrolyte can provide the highest capacitance per unit volume of any dielectric medium. In addition, there are two electrodes in the electrolytic capacitor, namely the anode and the cathode. A part of the anode is immersed in the electrolyte solution, and the two contact poles are connected with the outside, which can provide the electric energy storage function.

Generally speaking, MLS383M010EB1D is widely used due to its strong anti-moisture performance, high capacitance and lower ESR. It is ideal for secondary power supply filtering and can reduce the costs, occupy less space and improve the reliability and stability of the electronic system. So its application field and working principle is very important for us to understand.