Motors & Motion Control

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Motors & Motion Control

Analog Devices’ industry-leading motors and motion control products transform digital information into perfect physical motion, enabling Industry 4.0 in applications such as advanced robotics, automation, medical prosthetics, 3D printing, and more. With a broad portfolio of products including motors, encoders, and motor control ICs and modules, ADI products improve efficiency, shrink physical form factors, and reduce time-to-market in intelligent motion systems.

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Analog Devices’ industry-leading motors and motion control products transform digital information into perfect physical motion, enabling Industry 4.0 in applications such as advanced robotics, automation, medical prosthetics, 3D printing, and more. With a broad portfolio of products including motors, encoders, and motor control ICs and modules, ADI products improve efficiency, shrink physical form factors, and reduce time-to-market in intelligent motion systems.

Brushless DC Motors

Brushless DC (BLDC) motors are famous for their durability, efficiency, and controllability. Widely used in many applications, BLDC drives offer relatively high torque with good speed response. Especially when turned into a servo drive with ADI Trinamic's industry-leading ICs and modules, these BLDC motors form robust solutions that last a lifetime.

Brushless DC (BLDC) motors are famous for their durability, efficiency, and controllability. Widely used in many applications, BLDC drives offer relatively high torque with good speed response. Especially when turned into a servo drive with ADI Trinamic's industry-leading ICs and modules, these BLDC motors form robust solutions that last a lifetime.

Motor Drivers & Motion Controllers

ADI Trinamic's motor driver and motion controller integrated circuits transform digital information into physical motion. Embodying decades of experience, they integrate leading-edge technologies for motor and motion control into hardware building blocks. Ranging from gate driver ICs to complete microsystems in a single package for stepper motors, BLDC motors and DC motors, the ICs make the world's best motion control as easy as 1-2-3.

ADI Trinamic's motor driver and motion controller integrated circuits transform digital information into physical motion. Embodying decades of experience, they integrate leading-edge technologies for motor and motion control into hardware building blocks. Ranging from gate driver ICs to complete microsystems in a single package for stepper motors, BLDC motors and DC motors, the ICs make the world's best motion control as easy as 1-2-3.

Motor Encoders

Monitoring drives with motor encoders not only increases the application's efficiency but also tells you the state they're in. Enabling to drive the motor with the exact torque and RPM required for an application, incremental optical encoders for brushless DC motors and stepper motors make it possible to use smaller drives in applications, allowing for new use cases.

Monitoring drives with motor encoders not only increases the application's efficiency but also tells you the state they're in. Enabling to drive the motor with the exact torque and RPM required for an application, incremental optical encoders for brushless DC motors and stepper motors make it possible to use smaller drives in applications, allowing for new use cases.

Stepper Motors

Popular for their high torque at low speeds and stand still, stepper motors are the drive of choice when precise positioning is needed. Combined with ADI Trinamic's industry-leading technologies turning stepper motor characteristics to your advantage, they transform digital information into perfect physical motion using up to 51,200 microsteps per full revolution.

Popular for their high torque at low speeds and stand still, stepper motors are the drive of choice when precise positioning is needed. Combined with ADI Trinamic's industry-leading technologies turning stepper motor characteristics to your advantage, they transform digital information into perfect physical motion using up to 51,200 microsteps per full revolution.

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