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The LT1934IS6-1#TRMPBF is a micropower step-down DC/DC converter manufactured by Analog Devices Inc. It features an internal power switch and operates within an input voltage range of 3.2 V to 34 V. The device provides an adjustable output voltage with a maximum output current of 300 mA. Quiescent current is specified at 12 uA, supporting efficient battery-powered applications. It includes a zero current shutdown mode that disconnects the load from the input source. The component utilizes Burst Mode operation for high efficiency at light loads. It is housed in a TSOT-23-6 package and functions as a switching regulator controller suitable for various power management tasks.
Verify the specific suffix TRMPBF indicates tape and reel packaging when sourcing. Confirm the IS6 designation corresponds to the industrial temperature range and TSOT-23-6 package variant. Ensure compatibility with existing footprint designs for SMD/SMT installation. Check manufacturer documentation for RoHS compliance status and material declarations prior to final procurement decisions.
Select this component for designs requiring low quiescent current and wide input voltage flexibility. The adjustable output allows customization for various load requirements. Consider the TSOT-23-6 package size for space-constrained layouts. Evaluate thermal performance based on the expected load current and ambient operating conditions within the specified temperature range.
This part belongs to the LT1934 series of micropower step-down switching regulators. It shares core functionality with other variants in the family but differs in package type and temperature rating. The IS6-1 suffix denotes the industrial grade version in a thin SOT package with specific pinout configurations. It serves as a compact solution for power conversion in portable and battery-operated equipment.
LT1934ES6-1#TRPBF
It disconnects the load from the input source to simplify power management and reduce standby current consumption.
Burst Mode maintains high efficiency at light loads by skipping switching cycles, thereby reducing quiescent current draw.