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The MPQ6653AGDTE-0000-AEC1-P is a single-phase brushless DC (BLDC) motor driver from Monolithic Power Systems, designed for automotive applications with AEC-Q100 Grade 1 qualification. It integrates high-side and low-side power MOSFETs and an embedded Hall sensor within a wettable-flank TQFN-6 (2mmx3mm) package. The device supports an input voltage range of 3.5V to 35V and delivers up to 1.2A peak coil current. Key electrical parameters include a combined MOSFET resistance of 960mΩ, a standby mode for power conservation, and support for PWM frequencies between 50Hz and 100kHz.
Verify the specific suffix -0000-AEC1-P against the manufacturer's official ordering guide to ensure correct packaging and tape-and-reel specifications. Confirm that the wettable-flank TQFN-6 package variant matches the design requirements for automated optical inspection compatibility. Cross-reference the AEC-Q100 Grade 1 qualification status with the latest datasheet revision to ensure compliance with automotive reliability standards.
Select this component when a single-channel BLDC solution with integrated sensing is required in a minimal footprint. The integrated Hall sensor eliminates external magnetic components, simplifying the bill of materials. Ensure the application voltage does not exceed 35V and that the peak current demand remains within the 1.2A limit. Consider the wettable-flank package if enhanced solder joint visibility during quality inspection is a priority.
This part belongs to the MPQ6653 series of single-phase BLDC drivers optimized for automotive environments. It serves as a specialized alternative to discrete driver solutions by combining power switching and sensing logic. The device complements MPS's broader portfolio of motor control ICs, offering a dedicated solution for low-power, single-phase applications where size and integration are critical constraints.
The MPQ6653AGJS-AEC1 and MPQ6653AGJ-AEC1 are functionally equivalent parts available in TSOT23-6-SL and TSOT23-6 packages respectively. These alternatives provide identical electrical performance but require different PCB land patterns due to the distinct package geometries.