CNY173M

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Optoisolators – Transistor, Photovoltaic Output – are popular optoelectronic components that consist of a photodetector and an optocoupler. By connecting a photodetector and an optocoupler, electrical signals can be transmitted and received without any physical contact between the two objects. This benefit is due to the inherent characteristics of optoisolator technology, which allow for an electrical field to be transferred from one side of the isolator to the other, and for data to be protected from any external interference. CNY173M optoisolators are particularly well-suited for applications wherein isolation of the signal is of paramount importance.

All CNY173M optoisolators feature a high working voltage (greater than 200 volts) and a high dielectric strength (greater than 4 kVAC), making them well suited for high-voltage applications such as Industrial Control Systems, Building Automation Systems, and Power Supplies.

In a typical application, the CNY173M optoisolator will be used to transmit and receive signals between two different data processing systems. To do this, the photodetector must be able to detect the presence of light emitted from the optoisolator. When a light signal is detected, the photodetector will then convert the light signal into an electrical signal, which can then be transmitted to the optocoupler. The optocoupler then takes the electrical signal and converts it back into a light signal, which it then sends back to the photodetector. This loop is repeated until the two data processing systems have completed the transmission and received the electrical signal.

In addition to enabling data transfer between two systems, optoisolators are also used to protect the two systems from interference. This is possible thanks to the high dielectric strength of the optoisolator, which is able to block any external interference in a manner similar to a Faraday cage. Furthermore, as optoisolators only transmit electrical signals using light, they are also suitable for applications where signals must remain confidential.

CNY173M optoisolators are not only popular due to their ability to protect the signal from outside interference, but also because of their long operating life. The internal components of the optoisolator are designed to last for up to one hundred million operations, making them suitable for long-term applications and complex systems. Furthermore, optoisolators can also be quickly and easily integrated into an existing system without the need for any special calibration or adjustments.

CNY173M optoisolators are ideal for applications that require isolation of the signal from interference, long operating lifetimes, and easy integration into existing systems. In addition, due to their high dielectric strength, optoisolators are perfect for use in high-voltage applications, such as Industrial Control Systems, Building Automation Systems, and Power Supplies.

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