THAS131M300AB0C

Aluminum Electrolytic Capacitors are a passivation type of capacitors, allowing larger capacities of capacitance through the polarization of an aluminum oxide layer. This polarization creates a region for a current to flow, making it a reliable, high capacity component in numerous applications. The THAS131M300AB0C capacitor specifically is an aluminum electrolytic capacitor, with the capacity for large current flow and using other features such as ripple and surge current resistance, temperature characteristics, and endurance of up to 4000hours.

Application Fields

The THAS131M300AB0C capacitor is predominately used in applications such as frequency conversion units, motor static speed control units, harmonic compensation systems, and electric charging components. These kinds of components require large amounts of current to flow, which the THAS131M300AB0C is suited for through its high capacity, allowing for steady supply of charge. It is also suitable for applications with a large amount of temperature variations, as it can operate in temperature ranges between -40°C to +85°C.

Working Principle

The THAS131M300AB0C capacitor isan aluminum electrolytic capacitor, using a dielectric oxide layer to hold a charge, like an electrolytic cell. The cathode is made of aluminum foil, with a passivation layer such as manganese dioxide on top of it. This allows a current to flow with the electrolytic solution to the anode, going through the dielectric oxide layer, and back to the cathode. This cycle continues and produces a steady electric field, providing a steady current flow. The passivation layer also keeps the current limited, ensuring operation within a safe range.

The THAS131M300AB0C capacitor uses a radial type of design, with several safety features such as built-in surge and ripple current resistance. This makes it ideal not only for large current flow, but also in regards to temperature fluctuations, allowing it to function in a variety of applications such as frequency conversion units, motor static speed control units, harmonic compensation systems, and electric charging components, while also ensuring durability and long-term endurance.