Vishay DC Input Optocoupler, Through Hole, 6-Pin PDIP, Maximum Forward Voltage 1.65V, Isolation Voltage 5300V AC CNY17F-3

Vishay CNY17F-3 DC Input Optocoupler is a precision optoelectronic device designed for electrical isolation and signal transmission in electronic circuits. Housed in a 6-Pin PDIP package suitable for through-hole mounting, this optocoupler provides a high isolation voltage of 5300V AC, making it ideal for use in industrial, commercial, and consumer electronic applications requiring safe and reliable switching.

The device supports a maximum forward voltage of 1.65 V and a maximum input current of 60 mA, ensuring efficient signal transduction with low power loss. Operating temperature ranges from -55°C to 110°C allow for robust performance in harsh environments. It features a typical rise time of 2 microseconds and fall time of 14 microseconds, delivering fast and accurate response times for switching applications.

Current transfer ratio (CTR) ranges between 100% and 200%, assuring adaptable performance across different circuit designs. The optocoupler is mounted via through-hole technique in a standard 6-pin PDIP package, enabling easy integration into printed circuit boards (PCBs).

Compliance with multiple international standards such as UL, FIMKO, EN 60950-1, EN 60065, DIN EN 60747-5-5 (VDE 0884-5), cUL, and CQC GB8898-2011 guarantees high reliability and safety in electronic interface solutions. The product is manufactured in China and belongs to Vishay's CNY series of optocouplers.

This device is widely applicable in industrial control systems, power supply isolation, and electronic instrumentation, enhancing system safety by electrically isolating input and output circuits. The package contents include one Vishay CNY17F-3 optocoupler in a through-hole, 6-pin PDIP configuration.

Features a maximum forward voltage of 1.65 volts. Supports a maximum input current of 60 mA. Provides isolation voltage up to 5300 volts AC. Operates reliably between -55°C and 110°C. Typical rise and fall times are 2 microseconds and 14 microseconds respectively.

Includes current transfer ratio from 100% minimum to 200% maximum. Packaged in tube and tape with a single channel design. Compliant with multiple standards including UL, EN 60950-1, and cUL.

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