THAS412M030AB0C

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are electronic components used in a wide variety of applications. They are basically two aluminum plates that are separated by a dielectric material, usually an electrolyte that is composed of a thin film of porous metal oxide that acts as the dielectric layer. The molecules of these oxides are electrically charged, and the plates are connected by an external electrical current. When voltage is applied, the electric charge of the plates is increased and hence their ability to store charges is also increased.

THAS412M030AB0C is one of premium range of aluminum electrolytic capacitors manufactured by Thevenin. It is a 100V dc rated capacitor with a maximum capacitance of 30 microfarads. This device is offered in the standard case size of 10mm x 10mm. It is oil filled and its construction consists of welded aluminum foil and aluminum oxide dielectric, which provides excellent capacitance stability.

Most commonly, THAS412M030AB0C capacitors are utilized in DC-DC converters, switch mode power supplies and power line filtering. The THAS412M030AB0C utilizes a Non-solid Electrolyte that helps to increase the devices’ capacitance, ripple current handling ability and low-temperature endurance. In addition, this capacitor has a low ESR specification of 13 mΩ, even at very high temperatures. This property has the potential to reduce power losses at higher frequency applications.

The working principle of THAS412M030AB0C capacitance lies in its physical design. Each capacitor plate is made up of an aluminium foil, which is insulated with a layer of dielectric (ozone) and then immersed in a Non-solid electrolyte. The electrolyte provides the charge that separates the two plates. When a voltage is applied, the charges accumulate on the plates, thus increasing the capacitance.

THAS412M030AB0C works with an aluminum oxide dielectric layer that provides the device capacitance stability at various temperatures and enhances its long-term reliability. This device is also sealed in a robust case structure, which provides better performance and it is also self-healing. The self-healing ability enables it to withstand electrical current surges without breaking down.

THAS412M030AB0C capacitors have various advantages over other capacitor types, such as superior ripple current performance, low ESR and long-term reliability. Moreover, its high-temperature performance and wide temperature range make this device suitable for a wide range of applications. Thus, THAS412M030AB0C capacitors are widely used in a variety of areas such as in industry, automotive and aerospace applications.

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