XC61GN1502HR-G

Supervisors Torex Semiconductor Ltd. XC61GN1502HR-G Overview

The XC61GN1502HR-G from Torex Semiconductor Ltd. is a highly reliable and robust IC Supervisor designed to monitor voltage levels within electronic systems to ensure stable and consistent operation. This tiny yet powerful component is housed in a compact 3USP package, making it ideal for space-constrained applications where footprint is a critical consideration. Tailored specifically for managing single channel voltage supervision, this supervisor IC is essential for applications requiring precise voltage monitoring to prevent system failures due to power anomalies. The inclusion of this supervisor IC in your systems ensures enhanced operational reliability and protection against unexpected voltage fluctuations.

XC61GN1502HR-G Features

The XC61GN1502HR-G Supervisor IC boasts several key features that make it an indispensable part of any power management system. It offers quick response times, typically around 3 microseconds, allowing for rapid detection and response to voltage changes. The device is highly accurate, providing reliable monitoring to ensure system safety and efficiency. Its ultra-small 3USP package is perfect for high-density board designs, facilitating easier integration without sacrificing performance. Additionally, the simplicity of its single-channel operation allows for straightforward implementation in various circuit designs.

XC61GN1502HR-G Applications

• Consumer Electronics: Used in smartphones, tablets, and other portable devices to monitor battery voltage, ensuring devices operate within safe voltage ranges and extend battery life.
• Computing Devices: Essential in PCs, servers, and laptops for supervising power supply units (PSUs) to prevent damage from voltage surges or dips, enhancing system reliability.
• Industrial Equipment: Integrated in factory automation machinery to oversee power systems, preventing malfunctions due to unstable voltage levels and contributing to continuous industrial operations.
• Automotive Systems: Utilized in vehicle electronics to monitor critical system voltages, helping to prevent failures in safety-critical applications such as engine control units and braking systems.
• Telecommunication Systems: Deployed in network infrastructure equipment to ensure consistent power supply, thus maintaining communication integrity and preventing data loss.