MAX6467US44D3+T

Supervisors Analog Devices, Inc. MAX6467US44D3+T Overview

The MAX6467US44D3+T by Analog Devices, Inc. is an advanced supervisor Integrated Circuit (IC) designed for precise monitoring and management of microprocessor units (MPUs) and reset functions. This IC ensures reliable operation and enhances system integrity by maintaining a 4.375V voltage threshold, crucial for stable system resets and power management. Its compact SOT143 package makes it ideal for space-constrained applications, providing robust performance in a minimal footprint. The utilization of this supervisor IC by Analog Devices ensures that systems not only meet rigorous standards of reliability but also achieve optimal functionality through enhanced power management capabilities.

MAX6467US44D3+T Features

This supervisor IC boasts several key features:

• 4.375V fixed reset threshold voltage ensuring reliable system reset operations.
• Compact SOT143 packaging suitable for high-density board designs.
• Low power consumption, which enhances overall energy efficiency of the application.
• Robust monitoring capabilities that prevent system errors by ensuring voltage stability.
• Automatic reset generation for safe and quick recovery from power failures.

MAX6467US44D3+T Applications

• Computing Systems: Enhances reliability and prevents data loss by ensuring that voltage levels remain stable and resets are promptly executed in PCs, servers, and laptops.
• Portable Electronics: Ideal for use in smartphones, tablets, and other mobile devices where space is at a premium and power efficiency is crucial.
• Industrial Control Systems: Provides stable voltage thresholds and reset functions, essential for the continuous operation and reliability of PLCs and factory automation equipment.
• Medical Devices: Ensures the safety and reliability of critical medical equipment such as monitors and diagnostic devices through precise voltage monitoring and reset capabilities.
• Automotive Electronics: Used in vehicle control systems to manage power states and maintain system stability across various electronic applications within modern vehicles.