onsemi DC Input Through Hole Optocoupler, 6-Pin MDIP, 2V Forward Voltage, 60mA Input Current, 7500V isolation, MOC8050M

The onsemi MOC8050M is a DC input optocoupler designed with a 6-pin MDIP through hole package. It features a maximum forward voltage of 2 volts and supports an input current up to 60 milliamps. This optocoupler provides an outstanding isolation voltage of 7500 volts AC between input and output, making it suitable for a variety of industrial electronic applications where signal isolation and noise reduction are essential.

Its Darlington transistor output is compatible with logic inputs, providing reliable switching performance in control systems. The device exhibits a typical rise time of 8.5 microseconds and a fall time of 95 microseconds, ensuring efficient switching speed.

Operating temperature ranges from -40°C to 100°C, ensuring stability in harsh environments. These characteristics make the MOC8050M ideal for use in industrial automation, telecommunications, consumer electronics, and power supply circuits requiring galvanic isolation.

Compliant with UL, DIN, and EN standards, this optocoupler guarantees safety and quality. The standard tube packaging facilitates easy insertion in manufacturing processes. Designed for through hole mounting with a 6-pin MDIP package.

Operates at input forward voltage up to 2V with maximum input current of 60mA. Isolation voltage rating of 7500V AC ensures signal integrity and safety. Typical rise time of 8.5 microseconds and fall time of 95 microseconds.

Suitable for industrial, power electronics and signal isolation applications. Wide operating temperature range from -40°C to 100°C. Darlington transistor output with logic output capability. Complies with UL, DIN, and EN standards for reliability and safety.

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