TS6P03G D2G

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Bridge rectifiers are composed of two or more diodes which are connected in a bridge circuit. A bridge rectifier is primarily used to convert AC electrical power to DC electrical power. The most common type of bridge rectifier is the four diode bridge rectifier, which is typically composed of four separate diodes all interconnected in a bridge circuit. When an AC voltage is applied across the two main terminals of such a bridge rectifier, the current alternately flows through each of the four diodes, creating a full-wave rectified alternating current.

The TS6P03G D2G bridge rectifier is an optically-coupled bridge rectifier diode designed for AC-DC conversion. The device utilizes a GaAIAs infrared light-emitting diode combined with an integrated light detector that replaces the regular diode bridge used in power rectification. It is designed to provide improved efficiency and lower power dissipation when compared to a traditional diode bridge rectifier. The device also has a high reverse voltage tolerance up to 400V.

The TS6P03G D2G bridge rectifier has a wide variety of applications in consumer, commercial and industrial markets, including electric vehicle chargers, server power supplies, automotive power supplies, and smartphone chargers. It is an ideal device for AC-DC power supply applications that require high efficiency, low power dissipation, and high-voltage compliance.

The working principle of the TS6P03G D2G bridge rectifier is the same as for any traditional diode bridge. When the two main terminals are connected to an AC voltage source, current flows alternately through the four diodes, each time flowing in the opposite direction and giving a full-wave rectified output. The difference with the TS6P03G D2G bridge rectifier is that it utilizes an optically-coupled design, consisting of an infrared light-emitting diode and a light-detecting integrated circuit. When a voltage is applied to the diode bridge, the infrared diode emits an infrared light pulse, which is then detected by the light-detecting integrated circuit, resulting in a full-wave rectified AC output.

The use of an optically-coupled design eliminates issues related to power loss and conductive noise, as there is no direct electrical connection between the power source and load. This also eliminates the need for external snubber circuits, meaning the device is highly efficient and cost-effective. Furthermore, due to its high-voltage compliance and low power dissipation, the TS6P03G D2G bridge rectifier is the ideal choice for a variety of design applications.

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