CNY17-1X017

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Optoisolators are devices that isolate electrical signals from each other using optical components. These devices, made popular in the 1970s, are often used in analog and digital circuitry to protect sensitive circuits from electrical damage. The CNY17-1X017 optoisolator is a small circuit element that uses a phototransistor-based opto-coupler to electrically isolate a signal’s high voltage from low voltage. It contains an infrared LED for optical waveguide, and is a special version of a general type optocoupler that provides a transistor output.

The CNY17-1X017 contains an IR LED and a phototransistor, packaged in an 8-by-8-pin digital IC package. The LED shines light on a phototransistor, which is sensitive to infrared light. A signal is input to the LED and is converted to light inside the device. The light then activates the phototransistor, which switches on the transistor’s output. The transistor output is then amplified, making it suitable for driving a variety of circuits.

The CNY17-1X017 offers a low to high signal conversion ratio of 1:10, allowing higher current flows to be passed through the transistor. This makes it suitable for driving large loads. Its maximum current rating of 10 mA and maximum power rating of 0.2 W make it suitable for driving loads with low power requirements. Furthermore, its wide-angle viewing angle reduces the need for precision adjustment when working with large systems.

In addition, the CNY17-1X017 offers improved immunity to data errors caused by external interference. It features isolation between 500VDC common mode peak voltage and 250 VDC breakdown voltage. The device also features a maximum propagation delay of 10nsec, making it suitable for high-speed applications. Finally, it has a wide operating temperature range of -40-125°C, allowing it to be used in a range of applications.

The CNY17-1X017 optoisolator is a useful device for applications that require signal isolation and reliable data transmission. It offers a high to low signal conversion ratio, low power requirements, good signal isolation, and wide operating temperature range. Its small form factor, wide-angle viewing angle, and high maximum current rating make it suitable for a variety of applications. As a result, it is a popular choice for a variety of analog and digital systems, especially those working with sensitive signals such as video, audio, and telecommunications.

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