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The MAX6360TZUT+T is a dual-channel voltage supervisory circuit manufactured by Analog Devices Inc. under the Maxim Integrated brand. It operates within a supply voltage range up to 5.5V and monitors two independent input channels. The device features active low, open-drain outputs and includes a manual reset input for system control. It provides a fixed reset delay time of 180ms and maintains an accuracy of 1.5%. Designed for surface-mount installation, it utilizes an SOT-23-6 package and functions reliably across an industrial temperature range from -40°C to +85°C.
Verify component authenticity through authorized distributors or direct manufacturer channels. Confirm RoHS compliance status and specific lot traceability requirements before procurement. Ensure packaging specifications match assembly line needs. Check for obsolescence notices or lifecycle changes that may affect long-term availability. Validate datasheet revisions to ensure parameter consistency with design specifications.
Select this component when dual-voltage supervision is required in a compact form factor. Consider the 180ms reset delay and 1.5% accuracy for timing-sensitive designs. Evaluate the SOT-23-6 footprint against available PCB space. Compare manual reset functionality against automatic-only supervisors if system initialization protocols demand user intervention. Verify operating voltage ranges align with target power rails.
This part belongs to the MAX6360T series of multi-voltage supervisors. It shares architectural similarities with other Maxim Integrated supervisory ICs but is distinguished by its dual-channel architecture and manual reset feature. The series targets applications requiring reliable power management in space-constrained environments without complex digital interfaces.
Cross-reference with MAX6360TZUT-T for functional equivalence. Verify pinout compatibility and electrical parameters against alternative dual-supervisor ICs from other manufacturers. Ensure package dimensions and thermal characteristics match existing board layouts during substitution planning.