6N136#320

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Optoisolators are commonly used in electrical engineering when isolating electrical circuits from one another. In particular, the 6N136#320 is a type of optoisolator with a transistor, photovoltaic output, which is used for a variety of functions such as analog signal conditioning, isolation of low-level high-speed signals, and high-voltage isolation. Let\'s learn more about the application field and working principle of this optoisolator.

Application Field of 6N136#320 Optoisolator

The 6N136#320 optoisolator is well suited for a wide range of analog signal conditioning tasks. It is designed for applications which require isolating signals, such as level shifting, precision voltage level shifting, pulse width modulation (PWM), or generation of rectangular signals using pulse transformation. Its very high optical speed ensures excellent signal fidelity from high-frequency signals. It is also well suited for isolating low-level high-speed signals because of its low noise figure and excellent optical speed. Additionally, it can be used for high-voltage isolation, such as isolation of an instrumentation signal from a high-voltage power line.

Working Principle of 6N136#320 Optoisolator

The 6N136#320 optoisolator works by using a light-emitting diode (LED) or other optical source to create an electro-optical field between it and the external circuit. This electro-optical field is then used to activate the optoisolator’s photovoltaic output. When the LED is illuminated, the optoisolator’s photovoltaic output is activated. The photovoltaic output is capable of operating up to 500V, allowing it to be used for a variety of applications. The optoisolator also has an exceptionally fast switching time, ensuring that incoming data signals remain intact without any distortion.

Conclusion

Optoisolators are a critical component for isolating electrical circuits from one another. The 6N136#320 optoisolator is a type of optoisolator with a transistor, photovoltaic output, which is used for a variety of functions such as analog signal conditioning, isolation of low-level high-speed signals, and high-voltage isolation. This optoisolator is well suited for a wide range of analog signal conditioning tasks and is characterized by its fast switching times and its capability of operating up to 500V.

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