BAT30LFILM Discrete Semiconductor Products

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Single-phase diodes, or rectifiers, are the elementary components of all power electronic systems. They are used to convert alternating current (AC) to direct current (DC). Conventional rectifiers are built from one or more diodes, but in many circuits, one single diode is enough, and no other components are needed. Single-phase diodes experienced a major evolution in the last years, thanks to the emergence of new technologies.

The breakthrough in the field of single-phase diodes came with the introduction of the BAT30LFILM application, which is based on the use of novel materials and production methods. The BAT30LFILM, developed by a French company, aimed at providing the most compact and most efficient diagrams of single-phase diodes without the need of additional components. This application allowed to design and build single-phase diodes with a size that was only 1/3 of the conventional ones.

The BAT30LFILM is based on a thin-film process, leading to the formation of thin-film microstructures, which are defined and characterized by physical parameters with nanometer resolution. This process optimizes the current conduction properties and reduces the losses of the diodes. This makes BAT30LFILM an ideal choice for compact and efficient power electronic system applications.

The working principle of the BAT30LFILM application is quite simple and is based on two main concepts: the electrical properties of the thin-film layers and the use of the laterally induced current. The electrical properties of the thin-film layers act as a barrier against the movement of electrons and ions. This ensures that the current is only able to move in one direction, allowing the diode to convert AC current into DC. This process is supplemented by the lateral current, which is induced by a negative electrical field in the layer, resulting in a reverse current.

The result is that the BAT30LFILM achieves the highest efficiency and lowest losses thanks to the optimized current conduction properties of the thin-film layers. This makes BAT30LFILM the ideal choice for applications requiring a compact, efficient, and reliable power electronic system.

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