MAX16011TAC+T

Supervisors Overview

The MAX16011TAC+T is an ultra-small, dual-supply voltage supervisor IC from Analog Devices. It monitors two independent input voltages with high accuracy. The device features adjustable reset thresholds and provides active-low open-drain reset outputs. It operates within a specified voltage range and includes internal timing for reset assertion. The component is housed in an 8-pin TDFN (3x3 mm) package, suitable for space-constrained applications requiring reliable power system monitoring.

Supervisors Feature Summary

• Dual independent voltage monitoring channels
• Adjustable reset threshold voltages
• Active-low open-drain reset output configuration
• Ultra-small 8-pin TDFN package footprint

Supervisors Applications

• High-voltage transient protection circuits
• MPU supervisor systems
• Multi-rail power supply monitoring
• Embedded system power management

Supervisors Procurement Notes

Verify the exact suffix 'TAC' to ensure correct threshold specifications. Confirm package type matches design requirements. Check current availability status as supply may be limited. Ensure compatibility with target voltage levels before integration.

Supervisors Selection Notes

Select this part when dual-channel supervision is required in a compact form factor. Verify that the adjustable thresholds meet the specific voltage monitoring needs of the application. Consider the open-drain output capability for interfacing with various logic families.

Supervisors Part Context

This component belongs to the Maxim Integrated supervisory circuit family, designed for precise voltage monitoring. It complements other single-channel supervisors by offering dual-input capability in a similar small package, enhancing system reliability without increasing board space.

Supervisors Replacement Considerations

Check for direct pin-compatible alternatives within the same manufacturer's portfolio. Verify that substitute parts offer identical threshold ranges and output configurations. Ensure package dimensions match existing PCB footprints to avoid redesign.