BAW156TQ-7-F Discrete Semiconductor Products

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BAW156TQ-7-F, also known as a plastic surface-mounted Schottky barrier rectifier, offers an ideal single-phase bridge rectifier solution for applications requiring low depletion voltage and low forward voltage drop. It is a high-performance rectifying solution for general-purpose, high-temperature, automotive, and telecommunication applications.

The BAW156TQ-7-F rectifier is capable of delivering high bridge rectifier power up to 4A and peak reverse voltage of 700V in surface-mounted packages, while providing low forward voltage drop and low thermal resistance. The device can be used as a general-purpose, high-temperature, automotive, or telecommunications rectifier.

In terms of applications, its main uses are in the manufacture of power supplies, inverters, and motor controllers, as well as other power conversion applications in the automotive, telecommunications, and general-purpose electronics markets. It can also be used in DC-to-DC converters and UPS applications.

In terms of its working principle, the BAW156TQ-7-F rectifier works in two parts. First, it acts as a diode bridge to allow the current to flow in one direction only. Secondly, it prevents current from flowing backward. The device achieves this by forming a schottky barrier between the anode and the cathode. When voltage is applied to the anode, current will flow to the cathode and the schottky barrier will prevent current from traveling in the opposite direction.

The schottky barrier also ensures low forward voltage drop, which means it has less power loss than a traditional silicon diode bridge rectifier. This allows the BAW156TQ-7-F to operate at higher temperatures and to offer improved efficiency and power conversion.

In conclusion, the BAW156TQ-7-F is a high-performance rectifying solution for general-purpose, high-temperature, automotive, and telecommunication applications. It is capable of delivering high bridge rectifier power up to 4A and peak reverse voltage of 700V in surface-mounted packages, while providing low forward voltage drop and low thermal resistance. The device works by forming a schottky barrier between the anode and the cathode which enables it to provide low forward voltage drop and improved efficiency and power conversion.

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