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#MotionControl systems are vital in manufacturing, robotics, and more. Understand the components and their roles in ensuring precise movement and #PositionControl.
What's Moving? Up. Down. Side to Side. Reell's SJ300 spherical joint offers multi-axis position control in a small package. Ideal for tablets and mobile devices stands. #Reell#ESOP#positioncontrol#torquehinge
Accurate #PositionControl of #ElectricPowerSteering systems requires the dynamic compensation of nonlinear friction and rack forces. For this purpose, a Disturbance Estimator based Feedforward Control was developed, which achieves a strong rejection of unknown disturbance forces.
For precise and robust #PositionControl of #ElectricPowerSteering (EPS) systems, a LQG compensator was designed.
The LQG compensator combines an Optimal State-Feedback Control with an Optimal State-Estimator. The advanced control concept outperforms classical control approaches.
Vehicle testing of a new 2-Degrees of Freedom Linear Quadratic Gaussian #positioncontrol (2DOF LQG Control) exposed strong performance improvements. In contrast to the former Park Assist Control (PA Control) reference tracking and disturbance rejection were considerably enhanced.
A key advantage of an Optimal State-Space Controller for position control of #ElectricPowerSteering Systems is that it can influence the #dynamics of all system states.
Thereby, high bandwidth #positioncontrol while ensuring smooth steering wheel motion can be achieved.
Join us for a FREE #MSDynGP#Webinar every THURS @ 12pm noon (CST). Tomorrow, we'll show you how to set compensation and benefits based on the position an employee fills with #PositionControl!
Benchmarking of an LQG Compensator for advanced #positioncontrol of #ElectricPowerSteering (EPS) Systems revealed, that the optimal controller outperforms classical control approaches.
The LQG compensator achieved a #dynamic and steady-state rejection of disturbance rack forces.