TLV4062DRYR

Comparators Overview

The TLV4062DRYR is a dual-channel, low-power analog comparator from Texas Instruments. It operates within a supply voltage range of 1.5 V to 5.5 V and features a typical quiescent current of 2 µA. The device includes integrated hysteresis of 60 mV and high threshold accuracy of 1% over temperature. It utilizes a push-pull output topology and is housed in a 6-pin SOT-23 package.

Comparators Feature Summary

• Dual-channel architecture with integrated reference thresholds for precise voltage monitoring
• Internal hysteresis eliminates the need for external feedback components
• Push-pull output stage provides low impedance driving capability
• Fault-tolerant inputs maintain high impedance when unpowered

Comparators Applications

• Electricity meters
• Thermostats
• Cordless power tools
• Circuit breakers

Comparators Procurement Notes

Verify the specific ordering suffix 'DR' corresponds to the µSON package dimensions and pinout if cross-referencing with other variants. Confirm RoHS compliance status through official manufacturer documentation prior to integration. Ensure input voltages remain within absolute maximum ratings to prevent damage.

Comparators Selection Notes

Select this component for applications requiring low power consumption and small footprint. The push-pull output simplifies interface design by removing pull-up resistor requirements. Consider the 60 mV internal hysteresis for noise immunity in sensitive environments without adding external circuitry complexity.

Comparators Part Context

This part belongs to the TLV40x2 family of precision comparators. It shares functional similarities with the TLV4082 but differs in output topology. The family is designed for cost-sensitive systems needing reliable voltage detection in portable and battery-operated devices.

Comparators Replacement Considerations

The TLV4082 serves as a direct functional alternative within the same family, offering open-drain outputs instead of push-pull. Verify interface compatibility when substituting due to the different output stage requirements.