onsemi DC Input Optocoupler Through Hole 8-Pin MDIP Mount, MOSFET Output, 1.8V Forward Voltage, 25mA Max Input FOD3182

onsemi FOD3182 is a DC input optocoupler featuring a through hole 8-pin MDIP package designed for precise and reliable MOSFET output switching. It is engineered providing a maximum forward voltage of 1.8V and supports a maximum input current of 25mA. This optocoupler achieves an isolation voltage up to 5kVrms, making it highly suitable for industrial and automation applications that require electrical isolation between input and output.

The device offers typical rise and fall times of 38ns and 24ns respectively, enabling fast switching performance which is crucial for efficient gate drive of power devices such as IGBTs and MOSFETs. Operating over a temperature range from -40°C to 100°C, the FOD3182 is robust for use in harsh environmental conditions.

Compliance with stringent standards including IEC60747-5-2, DIN EN/IEC 60747-5-2, VDE, and UL provides industry assurance for quality and reliability. Packaged in tape and reel format, it is compatible with automated manufacturing processes.

Commonly applied in industrial automation, power electronics, motor control, and other electrical isolation-related applications where high reliability and safety are paramount. This optocoupler incorporates MOSFET output for gate drive applications.

Ensures signal integrity with fast switching times of 38ns rise and 24ns fall. Offers high isolation voltage for protection and safety. Suitable operating temperature range from -40°C to 100°C. Packaging supports automated surface mount and through hole assembly.

Widely used in industrial controls, power supply, and electronic system isolation. Fulfills critical international standards for safety and performance. Provides reliable and efficient DC input optocoupling for various electronic devices.

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