VO617A-2X007T

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Optoisolators are used in a wide variety of applications such as digital or analog signal isolation, electrical isolation, noise and interference attenuation, and high voltage protection. The VO617A-2X007T belongs to the family of optoisolators that use transistor, photovoltaic output. This is a 6-NPN Darlington and a 2-P-channel MOSFET combination that is most suitable for signal level isolation in printed circuit boards.

The optoisolator works by means of an opto-electronic device. An LED light is used to shine through an optical filter which generates a modulated current in the photovoltaic cell that is attached to it. As the cell is connected to the output transistor, the modulated electrical current runs off at a later stage as an electrical drive signal that is sent to the load.

The VO617A-2X007T optoisolator is a reliable method for isolating digital or analog signals. It helps in preventing damage due to short-circuiting,Static electricity\'s, radiated or conducted electromagnetic interference. The device maintains the level of isolation up to 2,000Vrms between input and output in a working environment that is air insulated. It also allows for data signal transfer at speeds up to 2 Mbps, while maintaining signal integrity and meeting regulatory requirements, such as FCC/VDE. It also eliminates electrical noise generated from the output side of the connection.

Additionally, the VO617A-2X007T features an isolated power supply that is independent of the load and the powering supply, permitting its use no matter the type of source. It also has a wide operating temperature range from -65°C to +125°C. The response time of the device is less than 100 ns.

The VO617A-2X007T optoisolator provides signal level isolation, prevents damage due to electrical and electromagnetic interference, eliminates electrical noise, permits data transfer, and allows for wide temperature operation. It is an ideal solution for applications such as motor controls, industrial automation and control systems, automotive systems, and electronic switching circuits.

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