BSL Equipment
Home / Oscilloscopes / Oscilloscope Accessories / Liquid Instruments SW-Lab-PID PID Controller Upgrade

Liquid Instruments SW-Lab-PID PID Controller Upgrade

Liquid Instruments · Model: SW-Lab-PID Made to order
Liquid Instruments SW-Lab-PID PID Controller Upgrade
Request a quote

Dual-channel PID controller module for Moku:Lab with 10 MSa/s output rate, 16-bit DAC resolution, real-time gain configuration, and integrated Bode plot design tools.

Model SW-Lab-PID
Manufacturer Liquid Instruments
Category Oscilloscope Accessories
Availability Made to order

Overview

The Liquid Instruments SW-Lab-PID is a dual-channel PID controller module for the Moku:Lab platform featuring two fully configurable proportional-integral-derivative controllers with a 10 MSa/s output sampling rate. The module supports both low and high feedback bandwidth applications, including laser temperature and current stabilization, and can function as a lead-lag compensator with independent gain settings.

Key Features

  • 2 input channels and 2 output channels
  • 10 MSa/s output sampling rate
  • 16-bit DAC resolution
  • Phase lag less than 30 degrees at 100 kHz
  • Real-time gain configuration
  • Multiple gain profiles: Proportional (P), Integral (I), Differential (D), Double-Integral, with saturation options
  • Control matrix for flexible combining of inputs
  • Interactive Bode plot for frequency response design
  • Block diagram view with probe points for signal monitoring
  • Advanced multi-section PID builder with low- and high-frequency saturation
  • API support: Python, MATLAB, LabVIEW

Applications

  • Feedback and control systems design
  • Laser frequency and temperature stabilization
  • Sample stage and scan head positioning
  • Pressure, force, and flow rate control
  • General-purpose feedback system implementation
Series Moku:Lab Series
Channels 2 Input / 2 Output
Sampling Rate 10 MSa/s
Liquid Instruments SW-Lab-PID PID Controller Upgrade

Request a quote

Liquid Instruments SW-Lab-PID PID Controller Upgrade

Response within 24 hours
No obligation
Direct communication

By submitting this form, you agree to the processing of your personal data in accordance with our privacy policy.