MAX6467XS32D3/V+T

Supervisors Analog Devices, Inc. MAX6467XS32D3/V+T Overview

The Supervisors Analog Devices, Inc. MAX6467XS32D3/V+T is a high-performance, low-power IC supervisor designed to monitor power supplies in microprocessor and digital systems. It provides a precise, factory-trimmed threshold voltage for reliable reset activation and operational stability. This IC features a compact SC70-4 package, making it ideal for space-constrained applications. Ensuring system reliability through its supervisory functions, this device helps prevent system failure by monitoring and managing the power supplied to critical microprocessor and microcontroller systems. Its robust design and built-in features make it a go-to solution for a variety of demanding applications.

MAX6467XS32D3/V+T Features

• Single voltage monitoring
• Low power consumption
• Compact SC70-4 package for space-sensitive applications
• Factory-trimmed voltage thresholds for high accuracy
• Manual reset capability

MAX6467XS32D3/V+T Applications

• Consumer Electronics: Ensures stable operation and system protection in devices like smart home controllers and gaming consoles by monitoring the power supply, preventing data loss and hardware damage due to unexpected power failures.
• Telecommunications: Utilized in networking hardware such as routers and switches, this IC helps maintain system reliability and continuity even under fluctuating power conditions, safeguarding communication infrastructures.
• Automotive Applications: Critical for use in automotive safety and control systems, providing dependable monitoring of power systems to ensure the correct functioning of automotive electronics under variable operating conditions.
• Portable Devices: Supports battery-powered applications by managing the power supply, prolonging device life, and enhancing performance stability in gadgets such as smartphones and portable media players.
• Medical Devices: Utilized in medical monitoring equipment to ensure operational accuracy and reliability, safeguarding patient care by monitoring critical system voltages.