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In high-speed switching applications and power applications, 3-Phase Sensor less BLDC Gate Driver are specialized circuits used to operate the gate of power MOSFETs effectively and efficiently.
sensorless DC motor applications, MOSFETs can be utilized to deliver the correct polarity so that a rotor rotates in the desired direction.
Three half-bridge MOSFET topologies are required for BLDC (brushless) motor applications in order to commutate a BLDC motor. Three half-bridge MOSFETs and an MCU with a FET driver make up the motor control system.
The Global 3-Phase Sensorless BLDC Gate Driver market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
3-phase sensorless BLDC motor drivers and gate drivers are available from Microchip. A straightforward PWM can be used to integrate the family of 3-phase sensorless sinusoidal motor drivers with any microcontroller, or they can be used independently by the application.
It is suitable to construct the family of three-phase sensorless BLDC gate drivers using microcontrollers or digital signal controllers.
Three half-bridge drivers configured to drive external NMOS MOSFETs.Shoot-through protection.Overcurrent and short circuit protection.
Adjustable output buck regulator (MCP8024, MCP8025, MCP8026)perational amplifiers for motor phase current monitoring and position detection (MCP8024, MCP8025, MCP8026).
Overcurrent comparator (MCP8024, MCP8025, MCP8026).Level translators.UVLO, OVLO, thermal warning and shutdown.Load dump protection, jumpstart capability.
Extended temperature range: −40 to +150°C.High junction temperature 200°C (ATA6844)
