R3117K273C-TR

Supervisors Nisshinbo Micro Devices R3117K273C-TR Overview

The Supervisors Nisshinbo Micro Devices R3117K273C-TR is a state-of-the-art supervisory circuit designed for managing system integrity through voltage monitoring and other protective measures. This compact IC is housed in a 4DFN package, enabling it to fit seamlessly into space-constrained applications. It ensures system reliability and protection by monitoring the power supply and other critical functions, making it an indispensable component for any robust electronic design. The precise voltage detection and low power consumption make it particularly suitable for battery-operated devices. This product, with its advanced capabilities, is ideally suited for businesses looking to enhance the reliability and operational stability of their electronic products.

R3117K273C-TR Features

The R3117K273C-TR supervisor IC offers critical features that ensure continuous monitoring and system stability:

• Single voltage monitoring channel for simplified application.
• Ultra-small 4DFN package for use in compact system designs.
• Low power consumption, enhancing battery life in portable devices.
• High accuracy voltage detection for reliable system operations.
• Automatic system reset function at detection of voltage anomalies.

R3117K273C-TR Applications

• Portable Battery-Powered Devices: Utilizes low power consumption and compact size to monitor voltage without compromising battery life.
• Consumer Electronics: Ensures reliable operation and system stability in devices like smartphones and tablets through precise voltage supervision.
• Medical Monitoring Equipment: Critical for ensuring the accuracy and reliability of devices that require consistent system checks and stability.
• Automotive Electronics: Suitable for monitoring car electronics, safeguarding against voltage irregularities that can affect vehicle performance.
• Industrial Systems: Provides robust monitoring in harsh environments where precision and reliability are paramount for system functionality.