CNY17F-1X007T Isolators

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The CNY17F-1X007T is an optoisolator, specifically a transistor, photovoltaic output. An optoisolator is a type of electronic isolator that uses a short range of optical isolation to pass electrical signals between two loops current across an output that is completely isolated from the input so that a large difference in potential can not result in arcing, greatly reducing the risks for damage to the device.The CNY17F-1X007T is designed to provide 1500 Vrms isolation between inputs and outputs. It features an ultra-low input current of 4 mA to reduce power consumption and high switching speed of 30 us. The CNY17F-1X007T has a low saturation voltage of 0.3 V and a response time of 15 us, and is DC coupled with a photocoupler for noise reduction.

In the CNY17F-X007T, light from an infrared LED is directed at a photodiode to generate an output current. The LED emits a voltage proportional to the applied current and the photodiode produces an output current proportional to the amount of light received, providing electrical isolation between the input and output. Furthermore, the device’s dielectric strength is guaranteed for a period of 5 years.

The CNY17F-1X007T optoisolator can be used extensively in a variety of applications, such as telecommunications, audio, digital logic signals, and switching power supplies. It can be used to isolate a circuit from external sources in order to prevent interference or ensure that a given application meets UL and other safety standards. It can also be used in remote controlled systems, as well as in data transmission systems that require a complete electrical signal isolation between source and the target device.

The optoisolator CNY17F-1X007T is an effective and reliable solution for users who need to electrical current signals without risking circuit damage from arcing, while still maintaining excellent performance and reliable performance. The device is ideal for use in applications that require maximum electrical isolation, high speed, low power and cost-effective operation, as well as flexibility in system design.

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