R3111Q261C-TR-FE

Supervisors Nisshinbo Micro Devices R3111Q261C-TR-FE Overview

The Supervisors Nisshinbo Micro Devices R3111Q261C-TR-FE is a robust integrated circuit designed for reliable monitoring of power supplies within electronic systems. This supervisor IC ensures system stability by actively managing the power levels and providing crucial system reset capabilities. Ideal for demanding applications, it features a compact SC82AB package, making it suitable for space-constrained environments. By maintaining system integrity and preventing data loss during unexpected power failures, this product is an essential component for manufacturers looking to enhance the resilience and reliability of their electronic products.

R3111Q261C-TR-FE Features

The R3111Q261C-TR-FE IC from Nisshinbo Micro Devices boasts several key features designed to enhance system performance and safety. It includes a highly accurate voltage monitoring system and an active-low reset output, which ensures that all connected microcontrollers or processors restart in a known, safe state following a power disturbance. The device operates over a wide temperature range, making it versatile for use in both industrial and consumer applications.

R3111Q261C-TR-FE Applications

• Consumer Electronics: In smartphones and tablets, the R3111Q261C-TR-FE monitors battery voltage to prevent device malfunction due to power instability.
• Automotive Systems: It ensures that critical automotive electronics such as engine controllers reset correctly after voltage drops, enhancing vehicle reliability.
• Industrial Equipment: This supervisor IC is used in industrial control systems to monitor power supplies, ensuring that machinery operates without interruption even with fluctuating power sources.
• Networking Equipment: In routers and switches, the R3111Q261C-TR-FE helps maintain system performance and prevent data corruption caused by unexpected power anomalies.
• Healthcare Devices: It is critical for medical monitoring equipment, where consistent device functionality and reliability are paramount for patient safety.