XC6135C05A9R-G

Supervisors Overview

The XC6135C05A9R-G is a voltage detector from the XC6135 series manufactured by Torex Semiconductor. It operates within a supply voltage range of 1.1 V to 6 V and features a fixed threshold voltage of 500 mV. The device provides an active low CMOS output and utilizes a USPQ-4B05-4 surface-mount package. It functions without manual reset or watchdog timer capabilities, supporting power failure detection across an operating temperature range of -40°C to +105°C.

Supervisors Feature Summary

• Ultra-low power consumption with separated sense pin architecture
• Active low CMOS output configuration for direct logic interfacing
• Power failure detection capability integrated into the supervisory circuit

Supervisors Applications

• Monitoring battery voltage levels in portable electronic devices
• Supervising power rails in embedded systems requiring low quiescent current
• Detecting under-voltage conditions in microcontroller power supplies

Supervisors Procurement Notes

Verify the specific threshold voltage matches the application requirement of 500 mV. Confirm the active low CMOS output type aligns with the target system logic levels. Ensure the USPQ-4B05-4 package footprint is compatible with the PCB design. Check RoHS compliance documentation if required by manufacturing standards.

Supervisors Selection Notes

Select this component when a precise 500 mV detection threshold is necessary for ultra-low power applications. The separated sense pin allows independent monitoring distinct from the supply input. Choose this part over open-drain variants if an active low push-pull CMOS output is preferred for driving subsequent stages without external pull-up resistors.

Supervisors Part Context

This component belongs to the XC6135 family of voltage detectors designed for minimal power usage. The series offers various threshold voltages and output types. The XC6135C05A9R-G specifically targets applications requiring high accuracy at low supply voltages with a dedicated sense pin for flexible monitoring configurations.