FPGA Control System
Deterministic, hardware-implemented FOC control for precision electromechanical systems, with synchronized sampling, control, and output timing.
Precision actuators, calibrated optical encoders, and FPGA-based control systems. The products below represent standard configurations of the underlying technology.
Deterministic, hardware-implemented FOC control for precision electromechanical systems, with synchronized sampling, control, and output timing.
Optical angular measurement built around an individually characterized code disk and precision analog front end. Calibration data is generated for the individual disk rather than assuming geometric perfection.
A field-oriented-control actuator combining precision electromechanical actuation, optical angular measurement, FPGA control, and self-calibration.
The products shown here are concrete configurations of a broader set of actuation, measurement, and control technologies. Mechanical geometry, force range, electronics, computation, and measurement components can be selected according to the requirements of an application.
Standard products provide a starting point. Configured systems are available for applications that require a different combination of components or performance characteristics. If you have a specific application or configuration in mind, contact us to discuss the requirements.