R3111H461A-T1-FE

Supervisors Nisshinbo Micro Devices R3111H461A-T1-FE Overview

The Supervisors Nisshinbo Micro Devices R3111H461A-T1-FE is a highly reliable voltage supervisor IC designed for ensuring stable and secure operation in microcontroller-based systems. This compact component, housed in an SOT893 package, is engineered to maintain system integrity through meticulous monitoring of power supply voltages. It is ideal for applications that demand minimal space and high precision, offering a cost-effective solution for managing system resets and preventing data corruption during power failures or unexpected voltage fluctuations. Its robust design and manufacturer-backed reliability make it a preferred choice for critical and safety-sensitive applications.

R3111H461A-T1-FE Features

• Single channel voltage supervisor
• Compact SOT893 package
• Low power consumption for enhanced battery life
• Precision voltage monitoring
• Automatic system reset generation upon voltage detection

R3111H461A-T1-FE Applications

• Consumer Electronics

  This IC can be integrated into various consumer electronic devices such as smartphones, tablets, and cameras to monitor power supply stability, ensuring device reliability and user safety.

• Portable Devices

  Its low power consumption and small form factor make it ideal for portable devices, providing critical monitoring and protection functionalities without compromising device performance or battery life.

• Medical Devices

  In medical devices, the R3111H461A-T1-FE ensures that all operational parameters are within safe limits, contributing to device reliability crucial in healthcare applications.

• Automotive Electronics

  Utilized in automotive systems, this IC supervises the correct operation of electronic systems within vehicles, enhancing safety and reliability in challenging environments.

• Industrial Equipment

  This supervisor IC is also suitable for use in various industrial equipment where precise voltage monitoring is necessary to prevent costly downtimes and equipment failures.