ACPL-847-30GE

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The ACPL-847-30GE optoisolator is a reliable transistor output optoisolator designed for use in high temperature environments, such as inside automotive engines and other industrial applications. The device features high temperature operation (up to 150°C) and low quiescent current consumption (<3mA), making it ideal for automotive and other industrial applications.

The ACPL-847-30GE optoisolator works by converting electrical energy from an input signal into optical energy. The optical energy is converted back into electrical energy by the photovoltaic output at the other end, providing a level of isolation between the input and output circuits. This isolation eliminates problems that can be caused by interactions between different signals or different ground references.

The ACPL-847-30GE optoisolator’s photovoltaic output is capable of driving loads up to 400mA. The device is also designed to be compatible with low voltage systems, working with supply voltages between 4V and 30V with a wide operating temperature range of -40°C to 150°C. Additionally, the ACPL-847-30GE optoisolator has an integrated flyback diode that allows the device to safely withstand reverse voltages without damage.

The ACPL-847-30GE optoisolator is ideal for a wide range of applications, especially high temperature applications. The device is perfect for use in automotive applications, as it is capable of withstanding high temperatures such as those found under the hood of a car or truck. Additionally, the ACPL-847-30GE optoisolator can be used in industrial applications, such as control systems. The high temperature and low power consumption capabilities of the device make it well-suited for use in harsh environments.

Overall, the ACPL-847-30GE optoisolator is a reliable and versatile transistor output optoisolator that can be used in a wide range of high temperature applications and industrial control systems. The device’s photovoltaic output is capable of driving loads up to 400mA and provides a level of isolation between the input and output circuits that eliminates problems that can be caused by interactions between different signals or different ground references. Additionally, the device is capable of withstanding high temperatures and can operate between 4V and 30V, making it well-suited for a wide range of applications.

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