OrderMPQ6610-AEC1
Active Part Numbers:
MPQ6610GS-AEC1-Z MPQ6610GS-AEC1-P MPQ6610GJ-AEC1-Z MPQ6610GJ-AEC1-P
Meaning of P & Z 
Evaluation Tools
EVQ6610-S-00A Evaluation Kit 55V, 3A Half-Bridge Power Driver Evaluation Board, AEC-Q100 Qualified
The EVQ6610-S-00A is an evaluation board designed to demonstrate the capabilities of the MPQ6610GS-AEC1, a half-bridge power driver. The MPQ6610-AEC1 can operate from supply voltages up to 55V, and can deliver up to 3A of output current (IOUT).
The MPQ6610-AEC1’s input control signals can be generated on the evaluation board or from an external controller via the board’s connector (P1).
The MPQ6610-AEC1 is available in TSOT23-8 and SOIC-8 packages. Note that due to the small pin spacing, the TSOT23-8 package is only recommended for applications up to 45V, unless conformal coating or encapsulation is used.
45V, 3A Half-Bridge Power Driver Evaluation Board, AEC-Q100 Qualified
MPQ6610-AEC1 Resources
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USING CURRENT REGULATION IN DC MOTOR DRIVERSWhen starting a DC motor, large currents can be required that place a burden on the motor driver and power supply. This article will discuss using the current regulation function integrated into many motor driver ICs, while using examples from Monolithic Power Systems (MPS) to address high-current conditions. In many cases, using current regulation can allow designers to use a smaller motor drive...
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BRUSHLESS VS BRUSHED DC MOTORS: WHEN AND WHY TO CHOOSE ONE OVER THE OTHERMany motion control applications use permanent magnet DC motors. Since it is easier to implement control systems using DC motors compared to AC motors, they are often used when speed, torque, or position needs to be controlled. There are two types of commonly used DC motors: Brushed motors, and brushless motors (or BLDC motors). As their names imply, DC brushed motors have brushes, which are used...
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DC MOTOR ADVANTAGES AND DISADVANTAGESLearn about the main features of the different types of DC motors. Understand advantages and disadvantages between a stepper motor, a brushed DC motor, and a brushless DC motor.
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HIGH-PERFORMANCE SOLENOID DRIVERSSolenoid drivers are used in many applications to provide linear or rotational actuation in mechanical systems. Although driving solenoids can be as simple as switching the current flow on and off, oftentimes better performance can be obtained using a dedicated IC to drive them. In this article, we will examine how drive circuitry affects the electromechanical performance of solenoids. Two differ...
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