6N135SDVM Isolators

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Optoisolators are a specialized type of electronic component designed to isolate electrical circuits from one another by establishing a separation between them, usually with a optical signal. This type of optical component is ideal for applications where there is a need to isolate two circuits but still allow a connection between them. The 6N135SDVM optoisolator is an example of a common transistor, photovoltaic output optoisolator.

Working Principle of 6N135SDVM Optoisolator

The 6N135SDVM optoisolator works on the principle of a photo-voltaic effect. A photovoltaic cell, or light-sensitive material, is used in the optoisolator to create a current or voltage when exposed to light. The 6N135SDVM optoisolator uses a light-emitting diode (LED) to provide the light source, which is then received by the photovoltaic cell. The LED will typically be powered by a separate power supply, while the photovoltaic cell will act as a transducer, converting light energy into electrical energy. This electrical energy is then amplified and used to create a signal that will be sent to the output terminal of the optoisolator.

Application Fields of 6N135SDVM Optoisolator

The 6N135SDVM optoisolator is a versatile optoisolator and has a wide range of applications. It is commonly used in industrial automation, such as machine control, where it can provide an isolation barrier between signal inputs and outputs or between different sections of a circuit. It can also be used in communication systems to provide isolation between different communication networks. The 6N135SDVM optoisolator is also often used in motor control applications, where it can ensure proper communication between motor control signals and the motor itself.

In addition to these more traditional applications, the 6N135SDVM optoisolator is also commonly used in medical equipment and devices, such as medical thermometers and blood analyzers. It can also be found in other safety-critical applications that require complete electrical isolation, such as fire safety systems and industrial process control systems.

Conclusion

The 6N135SDVM optoisolator is an example of a transistor, photovoltaic output optoisolator. It works on the principle of a photo-voltaic effect, where a light source is used to activate a photovoltaic cell and generate a signal that will be sent to the output terminal. This optoisolator has a wide range of applications, from industrial automation and motor control to medical equipment and process control systems. Thanks to its versatility and reliability, the 6N135SDVM optoisolator is one of the most popular optoisolator components available today.

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