Extract and analyze weak signals often obscured by noise in applications like stimulated Raman scattering (SRS) research.
In many microscopy and spectroscopy applications, signals can be very weak, complicating optical imaging and data extraction. Use the Moku Lock-in Amplifier to efficiently extract and analyze weak signals obscured by noise. By deploying multiple Lock-in Amplifiers simultaneously, you can detect multiple frequencies or harmonics without additional equipment.
“The user interface allows for intuitive and powerful controls for extracting the low-intensity SRS signal and Moku:Pro’s Multi-instrument Mode allows for complex imaging experiments on a compact system.”
Learn how University of Washington researchers used Moku:Pro to perform a variety of experiments and extract the low-intensity SRS signals with one device.
Explore user case studies, comprehensive application notes, and detailed configuration guides to accelerate microscopy and spectroscopy experiments.
Yes. FTUS is a technique that efficiently dissects intricate signals into their frequency components by employing an interference approach with a reference signal. With a Lock-in Amplifier and custom signal processing, you can implement flexible and compact FTUS experiment setups. Read the case study.
By implementing a Lock-in Amplifier as part of a phase-locked loop (PLL), researchers used Moku:Pro to implement novel NMR techniques. Read the case study.
Yes. This is an excellent way to improve results when measuring low-duty-cycle signals. You can deploy a custom, open-source boxcar averager on Moku devices.
