Higher performance and precise timing for reliable isolation Compared with traditional optocouplers, this device delivers higher performance, improved timing accuracy, better transient commonmode suppression, and tighter channel matching. These features enable more accurate data transmission and cleaner signal isolation between circuits. Compact, integration design Significantly smaller footprint: area is about 40 percent of traditional optocouplers, enabling higher integration on dense PCBs and more compact overall designs. speed data transfer Supports data rates up to 125 Mbps, making it suitable for applications that require fast, isolated signaling without compromising reliability. Low power consumption Power consumption is lower than one tenth of traditional optocouplers at the same data transmission rate. Minimum operating current is 0.8 mA, supporting lowpower designs and energy efficiency. Functional and compatibility notes This optocoupler provides signal isolation between circuits, helping protect lowvoltage logic from voltage transients while enabling robust data transfer. Key attributes Function: optical isolation for digital signaling with timing precision Size: compact footprint, about 40% of traditional optocouplers Performance: timing accuracy, improved transient commonmode suppression, tight channel matching Speed: data rate up to 125 Mbps Power: low power consumption, minimum operating current 0.8 mA Compatibility: suitable for standard speed isolated signal interfaces and applications requiring compact, energyefficient isolation Applications and use scenarios Industrial automation and control systems: isolated speed signal transmission between controllers, sensors, and actuators to protect control electronics from voltage spikes. Data acquisition and sensing: fast, isolated communication links between measurement sensors and processing units for accurate data capture. Communication equipment and embedded systems: speed isolated links in telecom gear, gateways, or microcontrollerbased projects where space and power are at a . Notes The described performance characteristics are relative to traditional optocouplers, reflecting improvements in timing, isolation performance, integration, speed, and power efficiency. Suitable for designs requiring reliable speed isolated signaling with a compact footprint and low power consumption.