# Laser Lock Box Beta

WARNING

This feature is currently in beta and under active development.

The Laser Lock Box is designed to stabilize and control lasers in various applications such as atomic physics, quantum optics, spectroscopy, and metrology.

Features: It offers features such as frequency stabilization, phase-locking, modulation, and control of laser parameters like power and intensity.

If using the REST API directly, the instrument group name is laserlockbox.

Moku:Go Moku:Lab Moku:Pro Moku:Delta
Maximum Output Voltage ±5 V ±1 V ±10 V ±5 V
Input Bandwidth DC to 60 MHz DC to 200 MHz DC to 600 MHz DC to 2 GHz

Functions

Core

Data Logger

Data Streaming

Input PLL

  • pll_reacquire: Triggers a reacquisition cycle on the embedded PLL
  • set_pll: Sets the frequency acquisition/configuration and tracking bandwidth of the PLL.

Oscilloscope

  • enable_rollmode: Enables and disables Roll Mode X-axis behaviour
  • get_data: Get a frame of the data from the instrument
  • Osc Getters: Getters
  • save_high_res_buffer: Save the high resolution channel buffer data to a file on the Moku's internal storage
  • set_acquisition_mode: Set acquisition mode
  • set_hysteresis: Configures the hysteresis around trigger point.
  • set_timebase: Set the left- and right-hand span for the time axis. Units are seconds relative to the trigger point.
  • set_trigger: Sets trigger source and parameters.
  • set_monitor: Configures the specified monitor channel to view the desired Laser Lock Box probe point signal.