XC6135N20DNR-G

Supervisors Overview

The XC6135N20DNR-G is a supervisory circuit voltage detector manufactured by Torex Semiconductor. It operates within a supply voltage range of 1.1 V to 6 V and features a detection threshold of 2.0 V. The device utilizes an SSOT-24-4 package with surface mount installation. It provides an active high, open drain output without manual reset or watchdog timer functions. The component supports power failure detection and operates across a temperature range of -40°C to +105°C.

Supervisors Feature Summary

• Ultra-low power consumption of 44nA
• Separated sense pin for voltage monitoring
• Active high open drain output configuration

Supervisors Applications

• Battery voltage monitoring systems
• Portable electronic device power management
• Embedded system supervision circuits

Supervisors Procurement Notes

Verify the specific suffix DNR against official datasheets to confirm the SSOT-24-4 package type and active high output logic. Ensure the 2.0V threshold matches design requirements. Confirm RoHS compliance status through manufacturer documentation before integration into production workflows.

Supervisors Selection Notes

Select this component when low quiescent current is critical for battery life extension. The separated sense pin allows independent monitoring from the power supply rail. Verify that the open drain output interface is compatible with the downstream logic levels in the target application circuit design.

Supervisors Part Context

This part belongs to the XC6135 series of ultra-low power voltage detectors. The series leverages CMOS technology for precision detection. Other variants in the family offer different threshold voltages and output polarities while maintaining similar power efficiency characteristics and package options for diverse system needs.

Supervisors Replacement Considerations

Cross-reference XC6135N20AMR-G for alternative packaging or output polarity if the SSOT-24-4 form factor is unavailable. Verify electrical parameters match exactly before substitution.