ADI Trinamic Solutions for Efficient and Seamless Stepper Motor Control
One of the biggest fears for stepper motor positioning application is losing the position information due to overload situations. This leads to costly measures to secure reliability like additional sensors or over-dimensioning of motors.
ADI Trinamic drivers implement technologies that can evaluate the feedback voltage without additional sensors in order to determine the load on the motor shaft. The high-quality current control ensures maximum torque over the full velocity range with high resolution microstepping.
The StallGuard sensor-free load detection solutions can prevent step-loss and offers load-information for diagnostics and maintenance.
CoolStep scales the current down when the load on the motor is low. This can reduce the energy consumption by up to 75%.
StealthChop ensures smoothest and silent motor run.
ADI Trinamic Solutions for Efficient and Seamless Stepper Motor Control
One of the biggest fears for stepper motor positioning application is losing the position information due to overload situations. This leads to costly measures to secure reliability like additional sensors or over-dimensioning of motors.
ADI Trinamic drivers implement technologies that can evaluate the feedback voltage without additional sensors in order to determine the load on the motor shaft. The high-quality current control ensures maximum torque over the full velocity range with high resolution microstepping.
The StallGuard sensor-free load detection solutions can prevent step-loss and offers load-information for diagnostics and maintenance.
CoolStep scales the current down when the load on the motor is low. This can reduce the energy consumption by up to 75%.
StealthChop ensures smoothest and silent motor run.
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