VBT3080C-M3/8W

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The VBT3080C-M3/8W is a single-phase bridge rectifier part of the larger VBT series of rectifiers from STMicroelectronics. It is typically used in AC/DC rectification and voltage conversion applications, such as AC mains adapters, television power supplies, and battery chargers. The device integrates several components into a single package, including a power MOSFET and two metal-oxide-semiconductor field-effect transistors.

The device is designed to rapidly convert alternating current (AC) to direct current (DC) without the need for additional components. Its high input voltage range makes it suitable for a wide variety of power management applications. The VBT3080C-M3/8W is also capable of handling high surge currents and can supply up to 8A of output current.

The device\'s metal-oxide-semiconductor field-effect transistors provide fast switching speeds and low on-state resistance for efficient rectification of AC voltages. The device also incorporates a built-in temperature protection circuit, ensuring long-term reliability and protection from over temperature conditions.

To use the VBT3080C-M3/8W, the leads of the device must first be connected to the AC power supply. The positive lead should then be connected to the positive supply, and the negative lead should be connected to ground or the negative supply. Once connected, the VBT3080C-M3/8W will start to rectify the incoming AC signal and provide a DC output.

The device will also provide a filtered output, removing any high frequency noise which may be present in the power supply. This ensures a clean, stable power output supply suitable for use in a wide variety of applications. The VBT3080C-M3/8W also features a built-in overvoltage protection circuit, which automatically shuts off the device if the output voltage exceeds the specified maximum.

The VBT3080C-M3/8W is a single-phase bridge rectifier device offering high efficiency performance in power management applications. It is easy to install and provides high surge current handling capabilities and low switching losses. The built-in protection circuits help to ensure long-term reliability and allow for safe operation in both AC and DC environments.

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