R3118N311C-TR-FE

Supervisors Nisshinbo Micro Devices R3118N311C-TR-FE Overview

The Supervisors Nisshinbo Micro Devices R3118N311C-TR-FE is an advanced single-channel supervisor IC designed for critical system voltage monitoring. This compact component, housed in a SOT235 package, ensures system reliability through its precise voltage supervision. By monitoring the system voltage levels and initiating system resets or holding systems in reset under low voltage conditions, this IC plays a pivotal role in enhancing system stability and preventing data loss. The inclusion of this supervisor IC in your design can significantly boost product robustness, making it an essential element for any application requiring reliable voltage monitoring.

R3118N311C-TR-FE Features

The R3118N311C-TR-FE supervisor IC from Nisshinbo Micro Devices features a wide range of functionalities designed to enhance system reliability. Key features include a low supply current, high-accuracy voltage detection, and an active low reset output. The device is optimized for low-power operations, contributing to overall energy efficiency in applications. Additionally, its small form factor ensures that it can be integrated into space-constrained designs without compromising performance.

R3118N311C-TR-FE Applications

• Portable Devices: Ensures stable operation by monitoring power supply levels, preventing improper device functioning due to low battery scenarios.
• Automotive Systems: Provides reliable voltage monitoring in automotive electronics, crucial for safety and performance in varying voltage conditions.
• Industrial Equipment: Monitors critical operational voltages, safeguarding against power fluctuations that could lead to equipment malfunction or downtime.
• Consumer Electronics: Enhances product reliability by managing resets and power supervision in devices such as smart home systems and entertainment units.
• Telecommunications: Critical in maintaining system stability and preventing data corruption in communications infrastructure during unexpected power anomalies.