“Advanced sensor technology and AI-based motion control algorithms will become essential technologies in the future, and high-performance motor control technology that maximizes battery efficiency will revolutionize the industry.”

In a new eBook, “14 Experts Discuss Motor Control in Modern Applications,” published jointly by Mouser Electronics and Analog Devices, Inc. (ADI), motor control experts agree that developers must be able to adapt quickly to meet the rapidly changing needs of motor-enabled industries.

In modern industry, motors are essential core components in a variety of fields, including automation systems, medical devices, consumer electronics, and electric vehicles (EVs).

With the recent emergence of intelligent motor control systems combined with AI and advanced sensor technology, the demand for high-efficiency and high-precision motor solutions is rapidly increasing, requiring developers to develop innovative response strategies using more sophisticated motor control algorithms and new material-based semiconductor technologies.

Motors across industriesTechnologies that reduce energy consumption and enable precise control are emerging as key challenges.

In particular, with the advancement of FOC (Field-Oriented Control, vector control) technology, the speed and torque (rotational power) of the motor can be controlled more precisely.

Leading companies such as ADI (Analog Devices) are developing high-performance motor drive systems using wideband semiconductors (SiC, GaN).

These new materials offer advantages over conventional silicon-based motor drives, including faster speeds, improved thermal management, and minimized energy loss.

Motor control technology is being applied in various forms in various industries such as industrial automation, medical devices, electric vehicles, and aerospace.

Developers must design customized solutions that take into account the characteristics of each industry, and it is essential to actively utilize the latest sensor and software technologies.

In industrial automation, ultra-precision motion control is key.

FOC-based precision control is required in robotic arms and conveyor belt systems, and AI-based smart control technology must also be applied to synchronize multiple motors and maximize energy efficiency.

Medical devices must be miniaturized and have enhanced precision.

High-precision position detection is essential in robotic surgery, precision drug delivery, etc., and integrated motor solutions should be utilized to simplify motor control algorithms and streamline the medical certification process.

Maximizing battery efficiency is important in electric vehicles (EVs).

The main motor system of electric vehicles requires high output and high efficiency, and the driving range must be improved by utilizing wide-band semiconductor (GaN, SiC)-based motor drives.

Aerospace and drones are lightweight and energy-efficient Efficiency-oriented technology application is necessary.

Small UAVs and drones require ultra-precision motor control and must utilize energy regeneration capabilities for weight reduction and stable maneuverability.

Motor control technology is constantly evolving, and developers must actively utilize new sensor, software, and semiconductor technologies. Technologies that will be in the spotlight in the future include: △AI and machine learning-based motor optimization △Ultra-high-speed motor drive technology utilizing wideband semiconductors (SiC, GaN) △Maximizing energy efficiency through FOC and smart control systems △Optimizing the medical and aerospace industries through the development of ultra-small and lightweight motor systems.

Experts predict that in the future, motor control systems will become a central technology in industry and a core infrastructure for smart factories and automation systems.

“Advanced sensor technology and AI-based motion control algorithms will become essential technologies in the future,” said Tobias Wendlandt, motor control expert at ADI.

“High-performance motor control technology that maximizes battery efficiency will revolutionize the electric vehicle industry,” said Lucas Paruch, development engineer at Yaskawa America.

Developers looking to stay up to date on motor control technology can refer to the eBook jointly published by Mouser Electronics and ADI.