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TLV9032QDGKRQ1 is listed in the Comparators range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is IC COMPARATOR 2 GEN PUR 8TSSOP. Review the specifications below when checking this part for your BOM.
The TLV9032QDGKRQ1 is a dual-channel precision automotive comparator from Texas Instruments, designed for harsh environments. It operates on a supply voltage range of 1.65V to 5.5V and features a push-pull output stage capable of sourcing and sinking current. The device includes Power-On Reset (POR) functionality to ensure known start-up states. It offers low input offset voltage of 300μV typical, 100ns typical propagation delay, and low quiescent current of 16μA per channel. Inputs are fault-tolerant up to 6V without damage.
Verify the specific package suffix 'DGK' corresponds to the VSSOP-8 form factor required for your PCB layout. Confirm that the Q1 designation meets your specific AEC-Q100 qualification requirements for temperature grade and reliability standards before finalizing procurement.
Select this component when a push-pull output is necessary to drive loads directly without external pull-up resistors. It is suitable for designs requiring rail-to-rail input voltage ranges that exceed the supply rails. Consider the 100ns propagation delay and 16μA quiescent current balance for speed-sensitive automotive applications.
This part belongs to the TLV902x-Q1 and TLV903x-Q1 family of precision automotive comparators. While the TLV902x series utilizes open-drain outputs, the TLV903x series specifically employs push-pull outputs. The family shares common electrical characteristics such as low offset voltage and fault-tolerant inputs, differing primarily in output topology and pinout configurations.
TLV9032QDRQ1
The primary difference is the output stage. The TLV9032-Q1 features a push-pull output capable of sourcing and sinking current, whereas the TLV9022-Q1 has an open-drain output that requires an external pull-up resistor.
The POR feature holds the output in a known state until the supply voltage reaches a minimum threshold, preventing output transients during system power-up and power-down cycles.
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