XC6123A726MR-G

Supervisors Torex Semiconductor Ltd. XC6123A726MR-G Overview

The Supervisors Torex Semiconductor Ltd. XC6123A726MR-G is a high-precision voltage supervisory IC designed to maintain system integrity across various applications. This compact, single-channel supervisor is packaged in a small SOT25 package, catering to modern space-constrained electronic designs. The component ensures reliable operation, monitoring supply voltage levels and providing a reset signal to microcontrollers and other logic systems when necessary. With its robust build and precise voltage detection characteristics, this product by Torex Semiconductor Ltd. aims to provide a shield against power instability, augmenting system stability and overall performance. It stands as an ideal solution for designers looking to incorporate a simple yet efficient supervisory function into their circuitry, embodying the sophistication and high standards associated with the Torex manufacturing ethos.

XC6123A726MR-G Features

• Monitor 1 Channel Voltage
• Package: SOT25
• Low power consumption
• High voltage precision
• Compact form factor

XC6123A726MR-G Applications

• Consumer Electronics

  Ensures stable operation in devices like smartphones and tablets by monitoring the system voltage and preventing improper booting during low-power scenarios.

• Industrial Control Systems

  Maintains the integrity of control systems by providing accurate voltage thresholds, preventing data corruption or operational errors caused by power irregularities.

• Automotive Electronics

  Contributes to vehicle safety by supervising the power supply in critical automotive systems, ensuring reliable operation of electronic control units under various conditions.

• Portable Devices

  Monitors the power levels in portable medical devices or handheld gadgets, enabling proper power management to extend battery life and ensure consistent device performance.

• Power Management Systems

  Acts as an integral part of power management modules, watching for under-voltage conditions to seamlessly switch to backup power sources or initiate safe shutdown procedures.