Be sure to follow these guidelines when selecting a dual full-bridge MOSFET driver component for motor control. Like many ICs, these components have varying levels of integration, but they offer a low-cost, high-reliability option with a small footprint and few required peripherals. If you’re designing an electromechanical system and require precision motor control, a dual full-bridge MOSFET driver enables multiple motor drives with high efficiency. A full-bridge driver circuit has applications in precision motor control, power regulation, and other areas like industrial lighting, and there are integrated solutions to help designers quickly develop new, low-to-moderate power systems. ![]() Motor control solutions can be intimidating for new designers, but they have surprisingly simple topology and driving mechanisms. ![]() Behind this control panel lies a motor control circuit with dual half-bridge or full-bridge topology.
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