SP802SEN-L

Supervisors Sipex SP802SEN-L Overview

The Supervisors Sipex SP802SEN-L is a highly reliable, single channel supervisor IC designed to monitor voltage levels and system health in various electronic applications. Manufactured by Sipex, this compact component is housed in an 8SOIC package, ensuring ease of integration into existing designs. The SP802SEN-L is crafted to enhance system reliability through precise monitoring and robust control functionalities, making it an essential choice for critical applications where system failure is not an option. Its ability to monitor under-voltage conditions ensures that all connected components operate within their specified voltage thresholds, safeguarding them from potential damage and prolonging system life.

SP802SEN-L Features

This supervisor IC is characterized by its versatile features including a precise voltage monitoring system and low power consumption. The SP802SEN-L's ability to provide active-high and active-low reset outputs makes it adaptable to various logic systems, enhancing its utility across multiple platforms. Moreover, its tight accuracy and fast response time ensure quick and reliable system protection and recovery during abnormal voltage fluctuations.

SP802SEN-L Applications

• Computing Systems: Ensures stable operation by monitoring power supply and system voltages, preventing data loss and system crashes in desktops and servers.
• Telecommunication Equipment: Supervises voltage levels in telecom infrastructures, enhancing reliability and performance under varying power conditions.
• Portable Devices: Ideal for battery-operated gadgets, where it efficiently manages power consumption and prolongs battery life by preventing operation under harmful voltage levels.
• Industrial Control Systems: Monitors and maintains the correct operational voltages in industrial environments, contributing to safety and preventing equipment malfunctions.
• Automotive Electronics: Utilized in vehicle electronics to ensure voltage stability and reliability, crucial for the safety and efficacy of automotive control systems.