CNY117-1X016

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Optoisolators are a key piece of equipment in a broad range of applications, providing secure isolation from a variety of sources. The CNY117-1X016 is an opto-isolator consisting of a combination of a photovoltaic cell and a photo-transistor. This type of optoisolator provides a secure, non-conductive shielding between the input signal and the output signal, allowing for effective voltage or current isolation. This isolation feature prevents electrical noise, static and voltage spikes on the input side, from drastically affecting the output signal. The CNY117-1X016 is composed of two elements: a photovoltaic cell(PVC) and a phototransistor (PT).

The function of the PVC is to convert the incoming optical signal and convert it into an electrical signal. The incoming signal is captured by the specific optical material used and then absorbed into the device. The electrical current generated is then transmitted to the PT, which is connected to the input of the device. The PT has a base and collector, which is used to transform the electrical signal into an output signal. The collector output is used to control the collectors current flow, which is then sent out through the devices output terminal.

The CNY117-1X016 optoisolator has a number of features which make it suited to a range of applications. It has a wide optical input frequency range of 4kHz to 200kHz, and a wide operating temperature range of -40°C to +100°C. Additionally, it has a low input current consumption of 2.5mV, a short recovery time of 0.25µs, and provides a maximum dynamic output current of 800mA. As such, this device is well-suited to a range of applications where isolation of signals is necessary, such as motor control, safety circuits, and other industrial control applications.

The CNY117-1X016 optoisolator also offers multiple benefits such as high speed response, low power consumption, and long-term stability. The device is designed to provide extremely high isolation levels, which help to reduce electrical noise and distortion of the signal. In addition, it also provides improved switching accuracy and enhanced reliability. By utilizing this device, engineers can develop reliable systems with low costs and less complexity.

Overall, the CNY117-1X016 optoisolator provides secure signal transmission with fast response times and low power consumption. This makes it ideal for a variety of applications, from motor controller applications to safety circuits and other industrial control applications. The high isolation levels and the long-term stability also make this device the perfect choice for long-term control systems.

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