IL 712S-1E

Digital Isolators Overview

The IL712S-1E is a high-speed digital isolator from NVE featuring two independent channels in an 8-pin MSOP package. It supports a typical data rate of 150 Mbps with a propagation delay of 8 ns and rise time of 4 ns. The device operates on a single 5.5V supply, draws 10 μA quiescent current, and provides 1 kVrms isolation voltage. It functions within a temperature range of -40°C to 125°C.

Digital Isolators Feature Summary

• High-speed CMOS architecture for reliable signal transmission
• Compact surface-mount packaging for space-constrained designs
• Low power consumption suitable for battery-operated systems

Digital Isolators Applications

• Industrial automation control systems
• Medical equipment signal isolation
• General-purpose digital communication interfaces

Digital Isolators Procurement Notes

Verify the specific suffix '1E' against official NVE documentation to confirm pinout and electrical characteristics. Ensure the MSOP package variant matches your PCB footprint requirements. Cross-reference the 1 kVrms isolation rating with safety standards applicable to your target market before finalizing procurement.

Digital Isolators Selection Notes

Select this component when a dual-channel isolator with 150 Mbps speed is required in a small form factor. Compare against the IL712S-3E if SOIC packaging is preferred or if different pin configurations are needed. Verify that the 1 kVrms isolation level meets the system's safety clearance requirements compared to higher-rated alternatives.

Digital Isolators Part Context

This part belongs to the IL series of digital isolators manufactured by NVE Corp/Isolation Products. The series utilizes proprietary technology for signal transmission across isolation barriers. The IL712S-1E specifically addresses applications requiring two isolated channels in a compact surface-mount package.

Digital Isolators Replacement Considerations

The IL712S-3E is a documented alternative offering similar functionality in an SOIC package. Verify pin compatibility and isolation ratings before substitution.