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The BRT23M-X016 is a Triac and SCR output optocoupler manufactured by Vishay Semiconductor Opto Division. It features an 800V blocking voltage capability and provides electrical isolation with a VDE certification. The device utilizes a 6-DIP package for through-hole mounting. Key electrical characteristics include a gate trigger current (IFT) of 2mA, ensuring efficient control of the internal triac structure. This component is designed for applications requiring reliable signal transmission across isolated circuits while maintaining high voltage withstand capabilities.
Verify the specific suffix designation against official Vishay documentation to confirm exact mechanical and electrical tolerances. Ensure that the procurement channel sources components directly from authorized distributors or the manufacturer to guarantee authenticity. Cross-reference the datasheet revision date with production batches to confirm compliance with current regulatory standards and material specifications.
Select this component when high voltage isolation is required for controlling Triac-based loads. The 800V rating suits mains-connected applications. Verify that the 2mA trigger current aligns with the driving logic levels available in the system. Consider the DIP-6 package constraints for PCB layout and thermal management requirements within the target enclosure design.
This part belongs to the BRT23 series of Triac output optocouplers from Vishay. It shares functional similarities with other members like the BRT23H-X016 but may differ in specific packaging or qualification details. The series is engineered for robust performance in industrial environments where electrical noise and high voltage transients are common concerns.
Direct substitutes include the BRT23H-X016 and BRT23F variants within the same Vishay family. Verify pinout compatibility and insulation voltage ratings before substitution. Alternative manufacturers may offer comparable Triac optocouplers, but parameter matching is essential for direct replacement without circuit redesign.