Liquid Instruments

FPGA-based, software-defined equipment can help labs customize system applications and save on costly resources.

Learn new ways to optimize molecular analysis with flexible, software-defined lock-in detection and stimulated Raman scattering (SRS) techniques. This powerful combination delivers unparalleled sensitivity, background-free imaging, and real-time insights so you can achieve more, faster.

Webinar Date/Time: Wed, Nov 15, 2023 2:00 PM EST

The Lock-in Amplifier is intuitive and precise for self-heterodyne signal detection in SRS microscopy, a critical component in modulation transfer detection.

Learn how to achieve multiple-frequency lock-in detection capability using Multi-instrument Mode for Moku:Pro.

Using the Moku:Lab Lock-in Amplifier (LIA)

Learn how the PLL frequency multiplier and divider can be used for harmonic demodulation and generating reference signal harmonics and sub-harmonics.

University of Washington researchers extracted low-intensity SRS signals using Moku:Pro in diverse experiments with one device.

In this application note, we will introduce the working principles of these instruments and provide an instrument selection guide for different measurement scenarios.

University of Alberta researchers use the Moku:Lab Lock-in Amplifier to accelerate dark matter detection.

In this technical note, we discuss the implementation of offset phase locking using a digital phasemeter and characterize the stability of phase locking of two lasers.

In this application note, we discuss the implementation of offset phase locking using a digital phasemeter, and characterize the stability of phase locking two lasers.