MAX16086US33H+

Supervisors Analog Devices, Inc. MAX16086US33H+ Overview

The MAX16086US33H+ from Analog Devices, Inc. stands out as a highly reliable Supervisory IC, tailored for monitoring voltage levels and system health to ensure optimal performance in critical applications. This component is designed to safeguard sensitive microprocessors by monitoring power supplies in real-time, triggering a reset and maintaining it until normal operating conditions are restored. The IC's compact SOT234 package makes it suitable for space-constrained applications, while its precision voltage monitoring capability enhances system reliability by preventing data corruption and hardware damage due to unstable or inadequate power supply.

MAX16086US33H+ Features

This Supervisory IC is equipped with a single monitoring channel that provides robust protection and system management functionalities. Key features include a precise reset threshold, low power consumption, and a manual reset input, which contribute to enhanced system stability, reduced downtime, and improved operational efficiency. The device's capability to operate over a wide temperature range also makes it versatile for various industrial environments.

MAX16086US33H+ Applications

• Computing Systems: Ensures stable operation by monitoring power supplies and initiating system resets in PCs and servers to prevent data loss and corruption.
• Portable Devices: Ideal for use in smartphones and tablets, providing critical monitoring to prevent damage due to irregular power supply levels.
• Industrial Equipment: Utilized in machinery and production systems to monitor power conditions, ensuring consistent performance and safety under diverse environmental conditions.
• Telecommunications: Helps in managing power supply stability in network equipment such as routers and switches, vital for maintaining uninterrupted service and connectivity.
• Medical Devices: Offers reliable voltage monitoring in medical equipment, ensuring operational precision and patient safety in critical healthcare environments.