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Driven simply, brushed DC motors are efficient. They only need a voltage to start. They slow down as the voltage is reduced. They reverse direction when the voltage is reversed. The coil inside the surrounding magnets rotates to power brushed DC motors.
The contact between the commutator and brush alternates as a result of the coil’s rotation, switching the coil’s current flow. The brushed DC motor can therefore run as a result.
The global brushed DC gate drivers market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
A wide range of architectures are available in Infineon’s portfolio of brushed DC motor driver ICs, including advanced gate drivers (MOTIX Driver), single- and multi-half bridges, as well as motor systems ICs (MOTIX SBC) with integrated power supplies and communication interfaces as LIN and CAN transceivers.
Despite having a bigger footprint, these brushed motor driver ICs are simple to use and provide substantial cost reductions.
For a variety of automotive applications, including but not limited to power seat modules, power closure systems, HVAC control modules, decentralized mirror modules, and T-Case, Infineon’s MOTIX devices for brushed DC motor control offer great performance at an optimum system cost.
For applications involving security, such as electronic parking brakes, active suspension controls, fuel pumps, etc., Infineon also provides optimal brushed motor driver solutions.
In order to drive a variety of external field-effect transistors (FETs), support numerous motors, speeds, or varying loads, Texas Instruments (TI) designed an integrated gate driver that allows customizable gate drive settings.
With the DRV8701, designers may expand their platforms for brushed DC motor models in products like white goods, home appliances, robotics, home automation, power tools, and industrial pumps and valves by employing a single gate driver.
The brushed DC gate driver DRV8701’s adjustable gate drive, superior protection features, and other integrated components enable designers to replace up to 45 discrete components with a single unit to create smaller, more reliable designs. to learn more details regarding the brand-new DRV8701 gate driver.
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