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Single Chip LIN pre-driver field-oriented control provides motor control miniaturisation and effective silent driving (FOC).
Oil pumps, engine cooling fans, and BLDC positioning actuators are just a few of the automotive mechatronic applications it handles.
The component is also utilized in robotic systems and e-scooters and bicycles. They have a dual microcontroller design, a large I/O capacity, and an integrated motor driver. One core is devoted to communications, and the application program is run on the second microcontroller.
A cutting-edge method for slope control on power transistor switching that enables users to tune in software the EMC behavior as well as the power transistors’ thermal dissipation during switching.
The slope control function helps electrical and mechatronic designers who are working with very little PCB space to manage heat and EMC issues.
The Global Single Chip LIN pre-driver 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.
The MLX81346, a single chip LIN pre-driver for high power up to 2000 W, has been released by Melexis. With field-oriented control, the MLX81346 provides motor control downsizing and effective silent driving (FOC).
The component is also utilized in robotic systems and e-scooters and bicycles. The MLX81346 is in a unique position to attain 2000 W from a 48 V supply in addition to supporting operation up to 1000 W from a 12 V supply.
Its reliance on silicon-on-insulator (SOI) technology is what gives it high-voltage capabilities. The MLX81346 has a 64 KB flash memory, 16-bit embedded microcontroller unit (MCU), LIN software stack, and LIN interface (for connecting to in-vehicle systems).