Liquid Instruments Moku:Pro PID Controller
Liquid Instruments Moku:Pro PID Controller stabilizes even the most sensitive systems and offers fast feedback and embedded filtering. Moku:Pro PID Controller utilizes crucial functionality for open- and closed-loop tuning while working alongside additional instruments for advanced applications.
Signal Configuration
Visualize the Signal Configuration
Design a control system's frequency response in real-time using the interactive Bode plot that is embedded within the Moku:PID controller. Customize integral (I), proportional (P), differential (D), double-integral (I+), integral saturation (IS), and differential saturation (DS) gain profiles.
Applications
Moku:Pro offers access to multiple pieces of advanced control system instrumentation in one device. Deployed standalone, in multi-instrument mode, or embedded in other instruments like the PID Controller and the Laser Lock Box covers applications such as:
• Feedback and control systems design
• Laser frequency stabilization
• Pressure, force, flow rate, and other controls
• Scan heads/sample stage positioning
• Temperature regulation
Videos
Using Moku:Pro for Photonics
Using Moku:Pro for Photonics IC Control System Research at Intel® Labs
Discover how researchers at Intel Labs use dual lock-in amplifiers and dual PID controllers in multi-instrument mode for exploratory photonics integrated circuit (PIC) testing while reducing experimental complexity and saving time.
Phase Stabilization
Phase stabilization at the University of Münster
Learn how Ph.D. students at the University of Münster are using the PID controller for highly sensitive phase stabilization setups where low-latency feedback and digital filtering have saved money, lab space, and time.
Vision-Based Control
Vision-Based Control with Moku:Go
See how students at the Beijing University of Posts and Telecommunications combine computer vision solutions with the PID controller for two-dimensional target tracking.
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