STM6825SWY6F - STMicroelectronics

Manufacturer Part Number

STM6825SWY6F

Manufacturer

STMicroelectronics

Introduction

Power Management Supervisor IC for Monitoring Single Voltage Rail

Product Features and Performance

Offers Simple Reset/Power-On Reset Functionality

Monitors Single Voltage Threshold

Push-Pull, Totem Pole Output Configuration

Dual Reset Polarity - Active High/Active Low

Fast Response to Fault Conditions

Designed for Low Power Consumption

Minimized Component Count for Cost Efficiency

Product Advantages

High Integration for Compact Designs

Versatile Operating Temperature Range

Adaptable to Varied Applications with Selectable Reset Logic

Reliable Voltage Threshold Monitoring for System Stability

Provides Robust System Protection

Extended Battery Life with Low Power Design

Stable Operation with Built-In Hysteresis

Key Technical Parameters

Voltage Threshold Monitored: 2.93V

Reset Timeout: 140ms Minimum

Operating Temperature Range: -40°C to 85°C

Mounting Type: Surface Mount

Package/Case: SC-74A, SOT-753

Supplier Device Package: SOT-23-5

Number of Voltages Monitored: 1

Quality and Safety Features

Maintains System Reliability under Varying Voltage Conditions

Ensures Consistent Performance and Operation

Complies with Industry Quality Standards

Compatibility

Compatible with Various Microcontroller Units

Easily Integrated into Most Low-Voltage Power Systems

Suitable for Surface Mount Technology Assembly

Application Areas

Consumer Electronics

Telecommunications

Computing Systems

Battery-Powered Devices

Industrial Equipment

Product Lifecycle

Active Product Status

Continued Manufacturer Support

Availability of Replacements or Upgrades Not Specified

Several Key Reasons to Choose This Product

Proven Performance from STMicroelectronics

Optimized for Low-Power Applications

Flexible Design with Dual Reset Polarity Options

Prevents System Errors through Accurate Voltage Monitoring

Ensures Minimal System Downtime with Fast Reset Recovery

Easily Integrated into New and Existing Designs

Supports Stringent Power and Space Constraints in Modern Electronic Systems