14230216011

Overview

The Würth Elektronik 14230216011 is a triac output optoisolator belonging to the WL-OCTR series. It features a single channel with a random phase triac output capable of handling 400 V and 15 mA. The device provides high isolation voltage of 5000 Vrms between input and output circuits. It is housed in a standard 6-pin DIP package, suitable for through-hole mounting on printed circuit boards.

Feature Summary

• Random phase triac output for zero-crossing detection applications
• High isolation voltage rating of 5000 Vrms
• Standard 6-pin DIP packaging for easy integration

Applications

• Solid state relay driver circuits
• AC power switching control
• Zero-crossing detection systems

Procurement Notes

Verify the specific datasheet version for the WL-OCTR series to confirm electrical characteristics and mechanical dimensions. Ensure compatibility with the target PCB footprint and thermal management requirements. Check for any recent component updates or lifecycle status changes directly from the manufacturer before finalizing procurement plans.

Selection Notes

Select this component when AC load switching requires galvanic isolation and random phase triggering is acceptable. Consider the 5000 Vrms isolation barrier for safety-critical designs. Evaluate the 15 mA output current capability against the gate drive requirements of the connected triac or SCR. The DIP-6 form factor aids in prototyping and manual assembly processes.

Part Context

This part belongs to the Würth Elektronik WL-OCTR family of optocouplers. These devices are designed for industrial and consumer applications requiring reliable isolation between low-voltage control logic and higher-voltage AC loads. The series emphasizes robust performance in noisy environments.

Replacement Considerations

Cross-reference with other random phase triac optocouplers offering similar 5000 Vrms isolation and DIP-6 packaging. Verify pinout compatibility and equivalent electrical ratings such as peak repetitive off-state voltage and output current before substitution.