ADM6711ZAKSZ-REEL

Supervisors Overview

The ADM6711ZAKSZ-REEL is a microprocessor reset circuit from Analog Devices Inc., designed for supervisory applications in embedded systems. It operates within an extended temperature range of -40°C to 125°C and consumes a typical supply current of 35 µA. The device features a fixed overvoltage threshold of 2.96 V and provides a push-pull output. It is packaged in a compact 4-lead SC-70 format, suitable for space-constrained designs requiring reliable power monitoring.

Supervisors Feature Summary

• Provides automatic reset generation during power-up and power-down events
• Includes manual reset input capability for system control
• Operates with low quiescent current for energy efficiency
• Features a robust push-pull output stage

Supervisors Applications

• Microprocessor-based system supervision
• Voltage monitoring for embedded controllers
• Power management in industrial equipment

Supervisors Procurement Notes

Verify the specific suffix 'Z' indicates lead-free compliance when sourcing. Confirm the reel quantity matches project requirements, as this part is typically supplied in reels of 3000 units. Ensure the operating voltage range aligns with the target application's supply rails before procurement.

Supervisors Selection Notes

Select this component when a fixed threshold supervisor is required for single-rail monitoring. The SC-70 package is ideal for high-density PCB layouts. Consider the 2.96 V threshold against the maximum allowable voltage of the monitored circuit to ensure proper protection without nuisance resets.

Supervisors Part Context

This part belongs to the ADM6711 family of supervisory circuits. Variants such as ADM6711SAKSZ differ by threshold voltage, while the Z suffix denotes environmental compliance. The REEL designation indicates bulk packaging for automated assembly processes.

Supervisors Replacement Considerations

Direct substitutes include other ADM6711 variants with different thresholds, such as ADM6711SAKSZ or ADM6711LAKSZ, provided the voltage levels match the application needs. Cross-referencing pinouts and output types is essential for compatibility.